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Circles of latitude Stock Photos and Images
Arctic circle globe at Vikingen, Rødøy Municipality, Norway. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/arctic-circle-globe-at-vikingen-rdy-municipality-norway-image350336061.htmlRM2B9Y565–Arctic circle globe at Vikingen, Rødøy Municipality, Norway.
Information board with Map of northern Finland at the Arctic Circle Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/information-board-with-map-of-northern-finland-at-the-arctic-circle-image426898151.htmlRF2FPETXF–Information board with Map of northern Finland at the Arctic Circle
Sign marking the Tropic of Cancer in Abu Dhabi Emirates, United Arab Emirates, Middle East, Arabian Peninsula Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/sign-marking-the-tropic-of-cancer-in-abu-dhabi-emirates-united-arab-emirates-middle-east-arabian-peninsula-image472121933.htmlRM2JC309H–Sign marking the Tropic of Cancer in Abu Dhabi Emirates, United Arab Emirates, Middle East, Arabian Peninsula
sign Tropic of capricorn, Southern Tropic, Namibia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/sign-tropic-of-capricorn-southern-tropic-namibia-image255214194.htmlRMTR608J–sign Tropic of capricorn, Southern Tropic, Namibia
Henham Park, Suffolk, UK. 17th July, 2016. Fans enjoy the sunshine as Michael Kiwanuka plays the Obelisk stage - The 2016 Latitude Festival, Henham Park, Suffolk. Credit: Guy Bell/Alamy Live News Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-henham-park-suffolk-uk-17th-july-2016-fans-enjoy-the-sunshine-as-michael-111640645.htmlRMGDHJNW–Henham Park, Suffolk, UK. 17th July, 2016. Fans enjoy the sunshine as Michael Kiwanuka plays the Obelisk stage - The 2016 Latitude Festival, Henham Park, Suffolk. Credit: Guy Bell/Alamy Live News
Armillary Sphere. Instrument used for astronomical calculations and the study and representation of the cosmos. At the center of its axis stands a sphere that depicts the Earth. The armillary sphere was adopted as a personal symbol by King Manuel I of Portugal, incorporating it into the country's coat of arms in 1495. Maritime Museum. Lisbon, Portugal. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/armillary-sphere-instrument-used-for-astronomical-calculations-and-the-study-and-representation-of-the-cosmos-at-the-center-of-its-axis-stands-a-sphere-that-depicts-the-earth-the-armillary-sphere-was-adopted-as-a-personal-symbol-by-king-manuel-i-of-portugal-incorporating-it-into-the-countrys-coat-of-arms-in-1495-maritime-museum-lisbon-portugal-image545645862.htmlRM2PKM8T6–Armillary Sphere. Instrument used for astronomical calculations and the study and representation of the cosmos. At the center of its axis stands a sphere that depicts the Earth. The armillary sphere was adopted as a personal symbol by King Manuel I of Portugal, incorporating it into the country's coat of arms in 1495. Maritime Museum. Lisbon, Portugal.
World globe on a stand shows the southern hemisphere with Australia in the foreground. Shadows make circles on the globe.so there is contrast of light. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/world-globe-on-a-stand-shows-the-southern-hemisphere-with-australia-in-the-foreground-shadows-make-circles-on-the-globeso-there-is-contrast-of-light-image556402689.htmlRF2R9698H–World globe on a stand shows the southern hemisphere with Australia in the foreground. Shadows make circles on the globe.so there is contrast of light.
The world with most important circles of latitudes and longitudes, gray political map. Equator, Greenwich meridian, Arctic and Antarctic Circle ... Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-world-with-most-important-circles-of-latitudes-and-longitudes-gray-political-map-equator-greenwich-meridian-arctic-and-antarctic-circle-image475227456.htmlRF2JH4DD4–The world with most important circles of latitudes and longitudes, gray political map. Equator, Greenwich meridian, Arctic and Antarctic Circle ...
The world in your hands. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-the-world-in-your-hands-33251883.htmlRMBX2N37–The world in your hands.
World map with circles of latitudes and longitudes, showing Equator, Greenwich meridian, Arctic and Antarctic Circle, Tropic of Cancer and Capricorn. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/world-map-with-circles-of-latitudes-and-longitudes-showing-equator-greenwich-meridian-arctic-and-antarctic-circle-tropic-of-cancer-and-capricorn-image356631743.htmlRF2BM5YBY–World map with circles of latitudes and longitudes, showing Equator, Greenwich meridian, Arctic and Antarctic Circle, Tropic of Cancer and Capricorn.
Globe Sculpture at Trump International Hotel and Tower, located on 59th St.and Columbus Circle in NYC (For Editorial Use Only) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-globe-sculpture-at-trump-international-hotel-and-tower-located-on-23363621.htmlRMBA08F1–Globe Sculpture at Trump International Hotel and Tower, located on 59th St.and Columbus Circle in NYC (For Editorial Use Only)
The World, important circles of latitudes and longitudes, blue colored political map. Equator, Greenwich meridian, Arctic and Antarctic Circle, etc. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-world-important-circles-of-latitudes-and-longitudes-blue-colored-political-map-equator-greenwich-meridian-arctic-and-antarctic-circle-etc-image476108947.htmlRF2JJGHPY–The World, important circles of latitudes and longitudes, blue colored political map. Equator, Greenwich meridian, Arctic and Antarctic Circle, etc.
Tropic of Capricorn sign on a gravel road in Namibia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-tropic-of-capricorn-sign-on-a-gravel-road-in-namibia-133267726.htmlRMHMPT9J–Tropic of Capricorn sign on a gravel road in Namibia
An iron globe perched on a stone pedestal against a gray sky in North Cape, the northern most point in Europe. North Cape, Finnmark, Norway. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-iron-globe-perched-on-a-stone-pedestal-against-a-gray-sky-in-north-cape-the-northern-most-point-in-europe-north-cape-finnmark-norway-image448281719.htmlRM2H18YWB–An iron globe perched on a stone pedestal against a gray sky in North Cape, the northern most point in Europe. North Cape, Finnmark, Norway.
Tropic of Capricorn sign on a gravel road in Namibia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-tropic-of-capricorn-sign-on-a-gravel-road-in-namibia-133267970.htmlRMHMPTJA–Tropic of Capricorn sign on a gravel road in Namibia
Tropic of Capricorn, Queensland, Australia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/tropic-of-capricorn-queensland-australia-image367285555.htmlRM2C9F8D7–Tropic of Capricorn, Queensland, Australia
Maximum Benefit from the Knowledge of Circles of Projection on the 30 Degree Northern Latitude WDL2854 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-maximum-benefit-from-the-knowledge-of-circles-of-projection-on-the-133431841.htmlRMHN29JW–Maximum Benefit from the Knowledge of Circles of Projection on the 30 Degree Northern Latitude WDL2854
Русский: Максимальная польза использования круга проекции на 30 градусе северной широты Français : Avantage maximum de la connaissance des cercles de projection sur la latitude de 30 degrés nord. English: Maximum Benefit from the Knowledge of Circles of Projection on the 30 Degree Northern Latitude 中文: 在北纬 30 度进行圆形投影所能获得的最大利益 Português: Benefício Máximo do Conhecimento de Círculos de Projeção na Latitude Norte de 30 Graus العربية: غاية الانتفاع في معرفة فضل الدوائر عند خط عرض ثلاثين شمال Español: Máximo provecho del conocimiento de los círculos de proyección en la latitud 30 grados norte . Ру Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/30-franais-avantage-maximum-de-la-connaissance-des-cercles-de-projection-sur-la-latitude-de-30-degrs-nord-english-maximum-benefit-from-the-knowledge-of-circles-of-projection-on-the-30-degree-northern-latitude-30-portugus-benefcio-mximo-do-conhecimento-de-crculos-de-projeo-na-latitude-norte-de-30-graus-espaol-mximo-provecho-del-conocimiento-de-los-crculos-de-proyeccin-en-la-latitud-30-grados-norte-image185860993.htmlRMMPAKGH–Русский: Максимальная польза использования круга проекции на 30 градусе северной широты Français : Avantage maximum de la connaissance des cercles de projection sur la latitude de 30 degrés nord. English: Maximum Benefit from the Knowledge of Circles of Projection on the 30 Degree Northern Latitude 中文: 在北纬 30 度进行圆形投影所能获得的最大利益 Português: Benefício Máximo do Conhecimento de Círculos de Projeção na Latitude Norte de 30 Graus العربية: غاية الانتفاع في معرفة فضل الدوائر عند خط عرض ثلاثين شمال Español: Máximo provecho del conocimiento de los círculos de proyección en la latitud 30 grados norte . Ру
Maximum Benefit from the Knowledge of Circles of Projection on the 30 Degree Northern Latitude WDL2854. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/maximum-benefit-from-the-knowledge-of-circles-of-projection-on-the-30-degree-northern-latitude-wdl2854-image398838860.htmlRM2E4TK10–Maximum Benefit from the Knowledge of Circles of Projection on the 30 Degree Northern Latitude WDL2854.
Arctic circle globe at Vikingen, Rødøy Municipality, Norway. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/arctic-circle-globe-at-vikingen-rdy-municipality-norway-image350336078.htmlRM2B9Y56P–Arctic circle globe at Vikingen, Rødøy Municipality, Norway.
Closeup of an old illustration of a world map in two spheres Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/closeup-of-an-old-illustration-of-a-world-map-in-two-spheres-image437499118.htmlRF2GBNPGE–Closeup of an old illustration of a world map in two spheres
. Europe and other continents . n-daries of the heat belts are also irregular, as is shownby the isotherms 1 on the isothermal charts of the world. If nothing else influenced temperature excepting dis-tance from the equator, the isothermal lines would beparallel to the circles of latitude. In our study of NorthAmerica, however, we have already learned that thetemperature of a country is determined by several factorsbesides latitude. These are (1) altitude; (2) the nearnessto a large body of water ; (3) the direction of the prevailingwinds; and (4) ocean currents. Let us see how eachof these ca Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/europe-and-other-continents-n-daries-of-the-heat-belts-are-also-irregular-as-is-shownby-the-isotherms-1-on-the-isothermal-charts-of-the-world-if-nothing-else-influenced-temperature-excepting-dis-tance-from-the-equator-the-isothermal-lines-would-beparallel-to-the-circles-of-latitude-in-our-study-of-northamerica-however-we-have-already-learned-that-thetemperature-of-a-country-is-determined-by-several-factorsbesides-latitude-these-are-1-altitude-2-the-nearnessto-a-large-body-of-water-3-the-direction-of-the-prevailingwinds-and-4-ocean-currents-let-us-see-how-eachof-these-ca-image372329509.htmlRM2CHN22D–. Europe and other continents . n-daries of the heat belts are also irregular, as is shownby the isotherms 1 on the isothermal charts of the world. If nothing else influenced temperature excepting dis-tance from the equator, the isothermal lines would beparallel to the circles of latitude. In our study of NorthAmerica, however, we have already learned that thetemperature of a country is determined by several factorsbesides latitude. These are (1) altitude; (2) the nearnessto a large body of water ; (3) the direction of the prevailingwinds; and (4) ocean currents. Let us see how eachof these ca
Armillary Sphere. Instrument used for astronomical calculations and the study and representation of the cosmos. At the center of its axis stands a sphere that depicts the Earth. The armillary sphere was adopted as a personal symbol by King Manuel I of Portugal, incorporating it into the country's coat of arms in 1495. Maritime Museum. Lisbon, Portugal. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/armillary-sphere-instrument-used-for-astronomical-calculations-and-the-study-and-representation-of-the-cosmos-at-the-center-of-its-axis-stands-a-sphere-that-depicts-the-earth-the-armillary-sphere-was-adopted-as-a-personal-symbol-by-king-manuel-i-of-portugal-incorporating-it-into-the-countrys-coat-of-arms-in-1495-maritime-museum-lisbon-portugal-image545940505.htmlRM2PM5MK5–Armillary Sphere. Instrument used for astronomical calculations and the study and representation of the cosmos. At the center of its axis stands a sphere that depicts the Earth. The armillary sphere was adopted as a personal symbol by King Manuel I of Portugal, incorporating it into the country's coat of arms in 1495. Maritime Museum. Lisbon, Portugal.
Meridians from top view. Vector. Detachable paper with shadow at underlying layer with magenta-violet background. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/meridians-from-top-view-vector-detachable-paper-with-shadow-at-underlying-layer-with-magenta-violet-background-image179230449.htmlRFMBGJ7D–Meridians from top view. Vector. Detachable paper with shadow at underlying layer with magenta-violet background.
latitude and longitude diagram of earth Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/latitude-and-longitude-diagram-of-earth-image483806777.htmlRF2K338DD–latitude and longitude diagram of earth
Abstract shapes. 3D line grid design spheres with dot particles. Technology globe figure elements. Neon blue. Concentric circles. Planet orb. Geometric icon. Latitude stripe. Vector round forms set Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/abstract-shapes-3d-line-grid-design-spheres-with-dot-particles-technology-globe-figure-elements-neon-blue-concentric-circles-planet-orb-geometric-icon-latitude-stripe-vector-round-forms-set-image592678596.htmlRF2WC6RGM–Abstract shapes. 3D line grid design spheres with dot particles. Technology globe figure elements. Neon blue. Concentric circles. Planet orb. Geometric icon. Latitude stripe. Vector round forms set
The World, important circles of latitudes and longitudes, political map Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-world-important-circles-of-latitudes-and-longitudes-political-map-image547602867.htmlRF2PPWD17–The World, important circles of latitudes and longitudes, political map
World Globe Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-world-globe-33251898.htmlRFBX2N3P–World Globe
Radar beam, transparent fading trace and concentric circles with transparent effects on plaid background. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/radar-beam-transparent-fading-trace-and-concentric-circles-with-transparent-effects-on-plaid-background-image551780219.htmlRF2R1KN8B–Radar beam, transparent fading trace and concentric circles with transparent effects on plaid background.
Globe Sculpture at Trump International Hotel and Tower, located on 59th St.and Columbus Circle in NYC (For Editorial Use Only) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-globe-sculpture-at-trump-international-hotel-and-tower-located-on-23363496.htmlRMBA08AG–Globe Sculpture at Trump International Hotel and Tower, located on 59th St.and Columbus Circle in NYC (For Editorial Use Only)
Globe with Circles vector concept Science colored icon or sign Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/globe-with-circles-vector-concept-science-colored-icon-or-sign-image571948105.htmlRF2T6EDJ1–Globe with Circles vector concept Science colored icon or sign
STAR CHART. Solar system. Eclipses Tides Moon phases. BARTHOLOMEW, 1878 map Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-star-chart-solar-system-eclipses-tides-moon-phases-bartholomew-1878-107848257.htmlRFG7CWFD–STAR CHART. Solar system. Eclipses Tides Moon phases. BARTHOLOMEW, 1878 map
Drawing of the flag of United Nations Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-drawing-of-the-flag-of-united-nations-31550139.htmlRFBR96EK–Drawing of the flag of United Nations
Tropic of Capricorn sign on a gravel road in Namibia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-tropic-of-capricorn-sign-on-a-gravel-road-in-namibia-133267983.htmlRMHMPTJR–Tropic of Capricorn sign on a gravel road in Namibia
Tropic of Capricorn, Queensland, Australia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/tropic-of-capricorn-queensland-australia-image367285739.htmlRM2C9F8KR–Tropic of Capricorn, Queensland, Australia
STAR CHART. Solar system. Eclipses Tides Moon phases. BARTHOLOMEW, 1876 map Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-star-chart-solar-system-eclipses-tides-moon-phases-bartholomew-1876-102714729.htmlRFFY31K5–STAR CHART. Solar system. Eclipses Tides Moon phases. BARTHOLOMEW, 1876 map
Map directions flat color icons in round outlines. 6 bonus icons included. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/map-directions-flat-color-icons-in-round-outlines-6-bonus-icons-included-image367750595.htmlRF2CA8DHR–Map directions flat color icons in round outlines. 6 bonus icons included.
crosswords of lines background arranged by cubic letters on a mirror floor, concept meaning and presentation. abstract and illustration. 3D illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/crosswords-of-lines-background-arranged-by-cubic-letters-on-a-mirror-floor-concept-meaning-and-presentation-abstract-and-illustration-3d-illustration-image367526241.htmlRF2C9X7D5–crosswords of lines background arranged by cubic letters on a mirror floor, concept meaning and presentation. abstract and illustration. 3D illustration
Arctic circle globe at Vikingen, Rødøy Municipality, Norway. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/arctic-circle-globe-at-vikingen-rdy-municipality-norway-image350336069.htmlRM2B9Y56D–Arctic circle globe at Vikingen, Rødøy Municipality, Norway.
Map directions multi colored flat icons on round backgrounds. Included white, light and dark icon variations for hover and active status effects, and Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/map-directions-multi-colored-flat-icons-on-round-backgrounds-included-white-light-and-dark-icon-variations-for-hover-and-active-status-effects-and-image367258293.htmlRF2C9E1KH–Map directions multi colored flat icons on round backgrounds. Included white, light and dark icon variations for hover and active status effects, and
A compendium of astronomy; containing the elements of the science, familiarly explained and illustrated, with the latest discoveriesAdapted to the use of schools and academies, and of the general reader . all places between the two, the diurnalmotions are oblique to the horizon. This aspect of theheavens constitutes an oblique sphere, which is thus de-fined: (An Oblique Sphere is that in which the circles ofdaily motion are oblique to the horizon. Suppose, for example, the spectator is at the latitude offifty degrees. (His horizon reaches 50° beyond the poleof the earth, anil gives ^the same a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-compendium-of-astronomy-containing-the-elements-of-the-science-familiarly-explained-and-illustrated-with-the-latest-discoveriesadapted-to-the-use-of-schools-and-academies-and-of-the-general-reader-all-places-between-the-two-the-diurnalmotions-are-oblique-to-the-horizon-this-aspect-of-theheavens-constitutes-an-oblique-sphere-which-is-thus-de-fined-an-oblique-sphere-is-that-in-which-the-circles-ofdaily-motion-are-oblique-to-the-horizon-suppose-for-example-the-spectator-is-at-the-latitude-offifty-degrees-his-horizon-reaches-50-beyond-the-poleof-the-earth-anil-gives-the-same-a-image339015577.htmlRM2AKFDR5–A compendium of astronomy; containing the elements of the science, familiarly explained and illustrated, with the latest discoveriesAdapted to the use of schools and academies, and of the general reader . all places between the two, the diurnalmotions are oblique to the horizon. This aspect of theheavens constitutes an oblique sphere, which is thus de-fined: (An Oblique Sphere is that in which the circles ofdaily motion are oblique to the horizon. Suppose, for example, the spectator is at the latitude offifty degrees. (His horizon reaches 50° beyond the poleof the earth, anil gives ^the same a
Compass multi colored flat icons on round backgrounds. Included white, light and dark icon variations for hover and active status effects, and bonus s Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compass-multi-colored-flat-icons-on-round-backgrounds-included-white-light-and-dark-icon-variations-for-hover-and-active-status-effects-and-bonus-s-image367102751.htmlRF2C96Y8F–Compass multi colored flat icons on round backgrounds. Included white, light and dark icon variations for hover and active status effects, and bonus s
latitude and longitude diagram of earth Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/latitude-and-longitude-diagram-of-earth-image483802933.htmlRF2K333G5–latitude and longitude diagram of earth
Abstract lines. 3D figure grid. Dot globe shapes. Explosion space sphere. Round molecular particle. Neon purple. Concentric circles. Planet orb. Netwo Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/abstract-lines-3d-figure-grid-dot-globe-shapes-explosion-space-sphere-round-molecular-particle-neon-purple-concentric-circles-planet-orb-netwo-image590813323.htmlRF2W95TBR–Abstract lines. 3D figure grid. Dot globe shapes. Explosion space sphere. Round molecular particle. Neon purple. Concentric circles. Planet orb. Netwo
World most important circles of latitudes and longitudes, gray map Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/world-most-important-circles-of-latitudes-and-longitudes-gray-map-image547540935.htmlRF2PPPJ1B–World most important circles of latitudes and longitudes, gray map
Simple compass multi colored flat icons on round backgrounds. Included white, light and dark icon variations for hover and active status effects, and Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/simple-compass-multi-colored-flat-icons-on-round-backgrounds-included-white-light-and-dark-icon-variations-for-hover-and-active-status-effects-and-image367084943.htmlRF2C964GF–Simple compass multi colored flat icons on round backgrounds. Included white, light and dark icon variations for hover and active status effects, and
Compass flat color icons in round outlines. 6 bonus icons included. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compass-flat-color-icons-in-round-outlines-6-bonus-icons-included-image368344753.htmlRF2CB7FDN–Compass flat color icons in round outlines. 6 bonus icons included.
Globe with Circles vector concept Science icon or symbol in thin line style Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/globe-with-circles-vector-concept-science-icon-or-symbol-in-thin-line-style-image571948194.htmlRF2T6EDN6–Globe with Circles vector concept Science icon or symbol in thin line style
Tropic of Capricorn, Queensland, Australia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/tropic-of-capricorn-queensland-australia-image367285806.htmlRM2C9F8P6–Tropic of Capricorn, Queensland, Australia
Arctic circle globe at Vikingen, Rødøy Municipality, Norway. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/arctic-circle-globe-at-vikingen-rdy-municipality-norway-image350336084.htmlRM2B9Y570–Arctic circle globe at Vikingen, Rødøy Municipality, Norway.
Nautical charts . and great circles and conse-quently all bearings and directions are approximatelystraight lines. The parallels of latitude are arcs ofcircles with radiuses increasing as we recede from thepole; therefore they are not truly parallel and the lengthof the degree of latitude increases either side from thecentral meridian. The meridians converge toward thepoles and become slightly curved as we recede fromthe central one; the longitude scale is everywhere correct,but the latitude scale is strictly correct only on thecentral meridian. The angles of intersection of parallelsand merid Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nautical-charts-and-great-circles-and-conse-quently-all-bearings-and-directions-are-approximatelystraight-lines-the-parallels-of-latitude-are-arcs-ofcircles-with-radiuses-increasing-as-we-recede-from-thepole-therefore-they-are-not-truly-parallel-and-the-lengthof-the-degree-of-latitude-increases-either-side-from-thecentral-meridian-the-meridians-converge-toward-thepoles-and-become-slightly-curved-as-we-recede-fromthe-central-one-the-longitude-scale-is-everywhere-correctbut-the-latitude-scale-is-strictly-correct-only-on-thecentral-meridian-the-angles-of-intersection-of-parallelsand-merid-image340222743.htmlRM2ANEDG7–Nautical charts . and great circles and conse-quently all bearings and directions are approximatelystraight lines. The parallels of latitude are arcs ofcircles with radiuses increasing as we recede from thepole; therefore they are not truly parallel and the lengthof the degree of latitude increases either side from thecentral meridian. The meridians converge toward thepoles and become slightly curved as we recede fromthe central one; the longitude scale is everywhere correct,but the latitude scale is strictly correct only on thecentral meridian. The angles of intersection of parallelsand merid
Compass flat color icons in circle shape outlines. 12 bonus icons included. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compass-flat-color-icons-in-circle-shape-outlines-12-bonus-icons-included-image425847740.htmlRF2FMR13T–Compass flat color icons in circle shape outlines. 12 bonus icons included.
Tropic of Capricorn, Queensland, Australia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/tropic-of-capricorn-queensland-australia-image367285873.htmlRM2C9F8TH–Tropic of Capricorn, Queensland, Australia
Passengers capture the moment MS Polarlys crosses the Arctic Circle sailing north, Vikingen, Rødøy Municipality, Norway. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/passengers-capture-the-moment-ms-polarlys-crosses-the-arctic-circle-sailing-north-vikingen-rdy-municipality-norway-image350336071.htmlRM2B9Y56F–Passengers capture the moment MS Polarlys crosses the Arctic Circle sailing north, Vikingen, Rødøy Municipality, Norway.
A beginner's star-book; an easy guide to the stars and to the astronomical uses of the opera-glass, the field-glass and the telescope . circles, should have the preference for advanced students, even though theinstrument be without a driving-clock. But, in order to possess any real advantageover the simpler mounting represented in Models B or C, it must be accurately adjustedfor latitude; it is heavier, more complicated, and not so easily managed. For the beginner,therefore, I do not hesitate to recommend the general form shown in Models B and C.These are purely illustrative. Both types of mou Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-beginners-star-book-an-easy-guide-to-the-stars-and-to-the-astronomical-uses-of-the-opera-glass-the-field-glass-and-the-telescope-circles-should-have-the-preference-for-advanced-students-even-though-theinstrument-be-without-a-driving-clock-but-in-order-to-possess-any-real-advantageover-the-simpler-mounting-represented-in-models-b-or-c-it-must-be-accurately-adjustedfor-latitude-it-is-heavier-more-complicated-and-not-so-easily-managed-for-the-beginnertherefore-i-do-not-hesitate-to-recommend-the-general-form-shown-in-models-b-and-cthese-are-purely-illustrative-both-types-of-mou-image342734294.htmlRM2AWGW2E–A beginner's star-book; an easy guide to the stars and to the astronomical uses of the opera-glass, the field-glass and the telescope . circles, should have the preference for advanced students, even though theinstrument be without a driving-clock. But, in order to possess any real advantageover the simpler mounting represented in Models B or C, it must be accurately adjustedfor latitude; it is heavier, more complicated, and not so easily managed. For the beginner,therefore, I do not hesitate to recommend the general form shown in Models B and C.These are purely illustrative. Both types of mou
Simple compass flat color icons in circle shape outlines. 12 bonus icons included. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/simple-compass-flat-color-icons-in-circle-shape-outlines-12-bonus-icons-included-image425846571.htmlRF2FMPYJ3–Simple compass flat color icons in circle shape outlines. 12 bonus icons included.
Tropic of Capricorn, Queensland, Australia Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/tropic-of-capricorn-queensland-australia-image367285630.htmlRM2C9F8FX–Tropic of Capricorn, Queensland, Australia
The Century dictionary and cyclopedia; a work of universal reference in all departments of knowledge, with a new atlas of the world .. . latitude. This lioa the advantagethat the p4dut.4 of the compass preserve the same direc-. Gnomonic Projection. jeetion representing all great circles by straight lines.Such a projection cHii contain but one half of the siilureonan infinite plane. This system is probably ancient.-—///rt/-infls mapprojectum. Same as Laffrant/es uuip-jnjtrti<ii.—Ueritchel» map-jnojection. Same as Lai/nrirhs map-projeciiim. -Uomaloijraphic (or homUu*jr<iphic) uufppro-jecti Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-century-dictionary-and-cyclopedia-a-work-of-universal-reference-in-all-departments-of-knowledge-with-a-new-atlas-of-the-world-latitude-this-lioa-the-advantagethat-the-p4dut4-of-the-compass-preserve-the-same-direc-gnomonic-projection-jeetion-representing-all-great-circles-by-straight-linessuch-a-projection-chii-contain-but-one-half-of-the-siilureonan-infinite-plane-this-system-is-probably-ancient-rt-infls-mapprojectum-same-as-laffrantes-uuip-jnjtrtiltiiueritchel-map-jnojection-same-as-lainrirhs-map-projeciiim-uomaloijraphic-or-homuujrltiphic-uufppro-jecti-image338298773.htmlRM2AJARF1–The Century dictionary and cyclopedia; a work of universal reference in all departments of knowledge, with a new atlas of the world .. . latitude. This lioa the advantagethat the p4dut.4 of the compass preserve the same direc-. Gnomonic Projection. jeetion representing all great circles by straight lines.Such a projection cHii contain but one half of the siilureonan infinite plane. This system is probably ancient.-—///rt/-infls mapprojectum. Same as Laffrant/es uuip-jnjtrti<ii.—Ueritchel» map-jnojection. Same as Lai/nrirhs map-projeciiim. -Uomaloijraphic (or homUu*jr<iphic) uufppro-jecti
Compass flat color vector icons with shadows in round outlines on white background Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compass-flat-color-vector-icons-with-shadows-in-round-outlines-on-white-background-image366634942.htmlRF2C8DJH2–Compass flat color vector icons with shadows in round outlines on white background
![A primary astronomy .. . use of this ap-parent motion of the sun will be explained in a subsequent lesson.] 99. What are the Polar Circles ? They are two parallels of latitude, 23° 28 from thePoles. (See cut.) 100. What are tliey called respectively ? The Northern is called the Arctic, and the Southernthe Antarctic, Circle. [These circles are shown at F F in the preceding figure.] 101. How do the Tropics and Polar Circles divide the surface ofthe Globe J Into five parts, called Zones. [A zone properly signifies a girdle; but the term is here used in an accommodatedsense, as only three of these Stock Photo](https://c8.alamy.com/comp/2AWD18D/a-primary-astronomy-use-of-this-ap-parent-motion-of-the-sun-will-be-explained-in-a-subsequent-lesson-99-what-are-the-polar-circles-they-are-two-parallels-of-latitude-23-28-from-thepoles-see-cut-100-what-are-tliey-called-respectively-the-northern-is-called-the-arctic-and-the-southernthe-antarctic-circle-these-circles-are-shown-at-f-f-in-the-preceding-figure-101-how-do-the-tropics-and-polar-circles-divide-the-surface-ofthe-globe-j-into-five-parts-called-zones-a-zone-properly-signifies-a-girdle-but-the-term-is-here-used-in-an-accommodatedsense-as-only-three-of-these-2AWD18D.jpg "A primary astronomy .. . use of this ap-parent motion of the sun will be explained in a subsequent lesson.] 99. What are the Polar Circles ? They are two parallels of latitude, 23° 28 from thePoles. (See cut.) 100. What are tliey called respectively ? The Northern is called the Arctic, and the Southernthe Antarctic, Circle. [These circles are shown at F F in the preceding figure.] 101. How do the Tropics and Polar Circles divide the surface ofthe Globe J Into five parts, called Zones. [A zone properly signifies a girdle; but the term is here used in an accommodatedsense, as only three of these Stock Photo")
A primary astronomy .. . use of this ap-parent motion of the sun will be explained in a subsequent lesson.] 99. What are the Polar Circles ? They are two parallels of latitude, 23° 28 from thePoles. (See cut.) 100. What are tliey called respectively ? The Northern is called the Arctic, and the Southernthe Antarctic, Circle. [These circles are shown at F F in the preceding figure.] 101. How do the Tropics and Polar Circles divide the surface ofthe Globe J Into five parts, called Zones. [A zone properly signifies a girdle; but the term is here used in an accommodatedsense, as only three of these Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-primary-astronomy-use-of-this-ap-parent-motion-of-the-sun-will-be-explained-in-a-subsequent-lesson-99-what-are-the-polar-circles-they-are-two-parallels-of-latitude-23-28-from-thepoles-see-cut-100-what-are-tliey-called-respectively-the-northern-is-called-the-arctic-and-the-southernthe-antarctic-circle-these-circles-are-shown-at-f-f-in-the-preceding-figure-101-how-do-the-tropics-and-polar-circles-divide-the-surface-ofthe-globe-j-into-five-parts-called-zones-a-zone-properly-signifies-a-girdle-but-the-term-is-here-used-in-an-accommodatedsense-as-only-three-of-these-image342649789.htmlRM2AWD18D–A primary astronomy .. . use of this ap-parent motion of the sun will be explained in a subsequent lesson.] 99. What are the Polar Circles ? They are two parallels of latitude, 23° 28 from thePoles. (See cut.) 100. What are tliey called respectively ? The Northern is called the Arctic, and the Southernthe Antarctic, Circle. [These circles are shown at F F in the preceding figure.] 101. How do the Tropics and Polar Circles divide the surface ofthe Globe J Into five parts, called Zones. [A zone properly signifies a girdle; but the term is here used in an accommodatedsense, as only three of these
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Africa . of day and night varies within the polar circles, out-ward from the actual pole, according to the latitude ofeach place. Hence the number of days during which thesun neither rises nor sets is here different, the longestday lasting six, five, four, three, two, or one month, as thecase may be. During the rest of the time the sun remainsbelow the horizon during nights of gradually increasinglength, till at midwinter they reach periods of one, two,three, four, or five months, corresj)onding to the durationof the midsummer daylight. Within the temperate zones there is a constant inter-chan Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/africa-of-day-and-night-varies-within-the-polar-circles-out-ward-from-the-actual-pole-according-to-the-latitude-ofeach-place-hence-the-number-of-days-during-which-thesun-neither-rises-nor-sets-is-here-different-the-longestday-lasting-six-five-four-three-two-or-one-month-as-thecase-may-be-during-the-rest-of-the-time-the-sun-remainsbelow-the-horizon-during-nights-of-gradually-increasinglength-till-at-midwinter-they-reach-periods-of-one-twothree-four-or-five-months-corresjonding-to-the-durationof-the-midsummer-daylight-within-the-temperate-zones-there-is-a-constant-inter-chan-image339276361.htmlRM2AKYACW–Africa . of day and night varies within the polar circles, out-ward from the actual pole, according to the latitude ofeach place. Hence the number of days during which thesun neither rises nor sets is here different, the longestday lasting six, five, four, three, two, or one month, as thecase may be. During the rest of the time the sun remainsbelow the horizon during nights of gradually increasinglength, till at midwinter they reach periods of one, two,three, four, or five months, corresj)onding to the durationof the midsummer daylight. Within the temperate zones there is a constant inter-chan
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. Transactions of the American Philosophical Society .. . the inclination of meridians;that is, radius: sine oj the latitude :: sine 7 difference of longitude :sine f the inclination of meridians. Or taking the arcs themselvesfor their sines, which is sufficiently accurate in small arcs, andagrees with the construction of the Chart; the angle oj converg-ence of any hvo meridians at a given latitude, is = to the sine oj thelatitude x by the difference oj longitude. Q. E. D. REMARK. If the meridians be considered as great circles of the sphere,and their inclination to the central meridian (or th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/transactions-of-the-american-philosophical-society-the-inclination-of-meridiansthat-is-radius-sine-oj-the-latitude-sine-7-difference-of-longitude-sine-f-the-inclination-of-meridians-or-taking-the-arcs-themselvesfor-their-sines-which-is-sufficiently-accurate-in-small-arcs-andagrees-with-the-construction-of-the-chart-the-angle-oj-converg-ence-of-any-hvo-meridians-at-a-given-latitude-is-=-to-the-sine-oj-thelatitude-x-by-the-difference-oj-longitude-q-e-d-remark-if-the-meridians-be-considered-as-great-circles-of-the-sphereand-their-inclination-to-the-central-meridian-or-th-image370071309.htmlRM2CE25MD–. Transactions of the American Philosophical Society .. . the inclination of meridians;that is, radius: sine oj the latitude :: sine 7 difference of longitude :sine f the inclination of meridians. Or taking the arcs themselvesfor their sines, which is sufficiently accurate in small arcs, andagrees with the construction of the Chart; the angle oj converg-ence of any hvo meridians at a given latitude, is = to the sine oj thelatitude x by the difference oj longitude. Q. E. D. REMARK. If the meridians be considered as great circles of the sphere,and their inclination to the central meridian (or th
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. Elements of precise surveying and geodesy. 190 GEODETIC COORDINATES AND PROJECTIONS. VIII. A projection devised by Bonne is constructed in a similarmanner to that of Flamsted, except that the parallels areconcentric circles. The center of these circles is in themiddle meridian and at a distance of a cotL from the middleparallel whose latitude is L; thus in representing half of thehemisphere the radius of the middle parallel is equal to the TV. equatorial radius a, and the radius of any other parallel isa ± d, where d is its distance from the middle parallel. Thismethod gives trapezoids of eq Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-precise-surveying-and-geodesy-190-geodetic-coordinates-and-projections-viii-a-projection-devised-by-bonne-is-constructed-in-a-similarmanner-to-that-of-flamsted-except-that-the-parallels-areconcentric-circles-the-center-of-these-circles-is-in-themiddle-meridian-and-at-a-distance-of-a-cotl-from-the-middleparallel-whose-latitude-is-l-thus-in-representing-half-of-thehemisphere-the-radius-of-the-middle-parallel-is-equal-to-the-tv-equatorial-radius-a-and-the-radius-of-any-other-parallel-isa-d-where-d-is-its-distance-from-the-middle-parallel-thismethod-gives-trapezoids-of-eq-image370502284.htmlRM2CENRCC–. Elements of precise surveying and geodesy. 190 GEODETIC COORDINATES AND PROJECTIONS. VIII. A projection devised by Bonne is constructed in a similarmanner to that of Flamsted, except that the parallels areconcentric circles. The center of these circles is in themiddle meridian and at a distance of a cotL from the middleparallel whose latitude is L; thus in representing half of thehemisphere the radius of the middle parallel is equal to the TV. equatorial radius a, and the radius of any other parallel isa ± d, where d is its distance from the middle parallel. Thismethod gives trapezoids of eq
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. Europe and other continents . ^ are ofmuch the same advantage as the names and numbersof streets when one is finding his way in a large city.Latitude. — The circles which are extended around theand west directions are called circles oflatitude (Eig. 19). Thetwo tropics and the Arcticand Antarctic circles areexamples, and there aremany others. In orderthat they may be of usethey must be numbered.Accordingly, the equator,or the circle which ismidway between the poles,is called 0° latitude. Allcircles north of this, that isall in the northern hemi-The globe, showing the two hemispheres sphere, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/europe-and-other-continents-are-ofmuch-the-same-advantage-as-the-names-and-numbersof-streets-when-one-is-finding-his-way-in-a-large-citylatitude-the-circles-which-are-extended-around-theand-west-directions-are-called-circles-oflatitude-eig-19-thetwo-tropics-and-the-arcticand-antarctic-circles-areexamples-and-there-aremany-others-in-orderthat-they-may-be-of-usethey-must-be-numberedaccordingly-the-equatoror-the-circle-which-ismidway-between-the-polesis-called-0-latitude-allcircles-north-of-this-that-isall-in-the-northern-hemi-the-globe-showing-the-two-hemispheres-sphere-image372338211.htmlRM2CHND57–. Europe and other continents . ^ are ofmuch the same advantage as the names and numbersof streets when one is finding his way in a large city.Latitude. — The circles which are extended around theand west directions are called circles oflatitude (Eig. 19). Thetwo tropics and the Arcticand Antarctic circles areexamples, and there aremany others. In orderthat they may be of usethey must be numbered.Accordingly, the equator,or the circle which ismidway between the poles,is called 0° latitude. Allcircles north of this, that isall in the northern hemi-The globe, showing the two hemispheres sphere,
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. Astronomy without a telescope:. POSITION ABOVE THE HOEIZON. 61 ness, by estimating for the intermediate positionof the center, and striking the circle exactly throughthe points of intersection of all the circles in thediagram. Or, the circle of the horizon may bedrawn independently, for any latitude, by findingin the table of differences (page 56) the differencefor 30° or 60° of declination in the given latitude, setting off the semi-diurnal arcs from any meridianon Map No. XIV., on the Circles of Declination(parallels), and finding a point in the meridian fromwhich, as a center, the horizon Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/astronomy-without-a-telescope-position-above-the-hoeizon-61-ness-by-estimating-for-the-intermediate-positionof-the-center-and-striking-the-circle-exactly-throughthe-points-of-intersection-of-all-the-circles-in-thediagram-or-the-circle-of-the-horizon-may-bedrawn-independently-for-any-latitude-by-findingin-the-table-of-differences-page-56-the-differencefor-30-or-60-of-declination-in-the-given-latitude-setting-off-the-semi-diurnal-arcs-from-any-meridianon-map-no-xiv-on-the-circles-of-declinationparallels-and-finding-a-point-in-the-meridian-fromwhich-as-a-center-the-horizon-image370594355.htmlRM2CEX0TK–. Astronomy without a telescope:. POSITION ABOVE THE HOEIZON. 61 ness, by estimating for the intermediate positionof the center, and striking the circle exactly throughthe points of intersection of all the circles in thediagram. Or, the circle of the horizon may bedrawn independently, for any latitude, by findingin the table of differences (page 56) the differencefor 30° or 60° of declination in the given latitude, setting off the semi-diurnal arcs from any meridianon Map No. XIV., on the Circles of Declination(parallels), and finding a point in the meridian fromwhich, as a center, the horizon
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. The encyclopædia of geography: comprising a complete description of the earth, physical, statistical, civil, and political. s of latitude: divide the quadrantsE N, N Q each into nine equal parts at 10, 20, 30,&c.; join the corresponding numbers by straightlines, and these will be the projections of parallels of latitude at distances of 10°, 20°, 30°,&c. from the equator. The tropics and polar circles are to be drawn in the same way ; theformer at 285° on each side of the equator, and the latter 23-2° from the poles. In this projection, the polar regions, and all places near the meridian N E Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-encyclopdia-of-geography-comprising-a-complete-description-of-the-earth-physical-statistical-civil-and-political-s-of-latitude-divide-the-quadrantse-n-n-q-each-into-nine-equal-parts-at-10-20-30c-join-the-corresponding-numbers-by-straightlines-and-these-will-be-the-projections-of-parallels-of-latitude-at-distances-of-10-20-30c-from-the-equator-the-tropics-and-polar-circles-are-to-be-drawn-in-the-same-way-theformer-at-285-on-each-side-of-the-equator-and-the-latter-23-2-from-the-poles-in-this-projection-the-polar-regions-and-all-places-near-the-meridian-n-e-image370778109.htmlRM2CF6B79–. The encyclopædia of geography: comprising a complete description of the earth, physical, statistical, civil, and political. s of latitude: divide the quadrantsE N, N Q each into nine equal parts at 10, 20, 30,&c.; join the corresponding numbers by straightlines, and these will be the projections of parallels of latitude at distances of 10°, 20°, 30°,&c. from the equator. The tropics and polar circles are to be drawn in the same way ; theformer at 285° on each side of the equator, and the latter 23-2° from the poles. In this projection, the polar regions, and all places near the meridian N E
Simple compass solid flat white icons on round color backgrounds. 6 bonus icons included. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/simple-compass-solid-flat-white-icons-on-round-color-backgrounds-6-bonus-icons-included-image440819809.htmlRF2GH524H–Simple compass solid flat white icons on round color backgrounds. 6 bonus icons included.
. Astronomy for students and general readers . Fig. 7.—terrestrial and celestial spheres. all. The celestial pole is simply the point in which theearths axis of rotation, if continued out in a straight lineof infinite length, would meet the celestial sphere. Wethus have a series of circles on the celestial sphere corre-sponding to the parallels of latitude upon the earth.Unfortunately the celestial element corresponding tolatitude on the earth is not called by that name, but bythat of decimation. The declmaiion of a star is itsdistance north or south from the celestial equator, pre- CELESTIAL Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/astronomy-for-students-and-general-readers-fig-7terrestrial-and-celestial-spheres-all-the-celestial-pole-is-simply-the-point-in-which-theearths-axis-of-rotation-if-continued-out-in-a-straight-lineof-infinite-length-would-meet-the-celestial-sphere-wethus-have-a-series-of-circles-on-the-celestial-sphere-corre-sponding-to-the-parallels-of-latitude-upon-the-earthunfortunately-the-celestial-element-corresponding-tolatitude-on-the-earth-is-not-called-by-that-name-but-bythat-of-decimation-the-declmaiion-of-a-star-is-itsdistance-north-or-south-from-the-celestial-equator-pre-celestial-image369739081.htmlRM2CDF1Y5–. Astronomy for students and general readers . Fig. 7.—terrestrial and celestial spheres. all. The celestial pole is simply the point in which theearths axis of rotation, if continued out in a straight lineof infinite length, would meet the celestial sphere. Wethus have a series of circles on the celestial sphere corre-sponding to the parallels of latitude upon the earth.Unfortunately the celestial element corresponding tolatitude on the earth is not called by that name, but bythat of decimation. The declmaiion of a star is itsdistance north or south from the celestial equator, pre- CELESTIAL
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. The encyclopædia of geography: comprising a complete description of the earth, physical, statistical, civil, and political. irclesand tropics being described by the same rules at the distances 23^° and 66|° from the poles,the projection will be completed. (C.) To project the Sphere stereographically on the Plane of the Horizon for a given Latitude. In this projection, the eye is supposed to be in the nadir of the place for which the pro-jection is made. On C {fig. 50.) and C {fig. 51.) as centres with any radius, describe circles W N E S,WNES, of which^^n-. ,50. is to be the primitive or hor Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-encyclopdia-of-geography-comprising-a-complete-description-of-the-earth-physical-statistical-civil-and-political-irclesand-tropics-being-described-by-the-same-rules-at-the-distances-23-and-66-from-the-polesthe-projection-will-be-completed-c-to-project-the-sphere-stereographically-on-the-plane-of-the-horizon-for-a-given-latitude-in-this-projection-the-eye-is-supposed-to-be-in-the-nadir-of-the-place-for-which-the-pro-jection-is-made-on-c-fig-50-and-c-fig-51-as-centres-with-any-radius-describe-circles-w-n-e-swnes-of-whichn-50-is-to-be-the-primitive-or-hor-image370775829.htmlRM2CF689W–. The encyclopædia of geography: comprising a complete description of the earth, physical, statistical, civil, and political. irclesand tropics being described by the same rules at the distances 23^° and 66|° from the poles,the projection will be completed. (C.) To project the Sphere stereographically on the Plane of the Horizon for a given Latitude. In this projection, the eye is supposed to be in the nadir of the place for which the pro-jection is made. On C {fig. 50.) and C {fig. 51.) as centres with any radius, describe circles W N E S,WNES, of which^^n-. ,50. is to be the primitive or hor
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. Astronomy without a telescope:. lavM9XTV * XVIII. POSITION ABOVE THE HOEIZON. 61 ness, by estimating for the intermediate positionof the center, and striking the circle exactly throughthe points of intersection of all the circles in thediagram. Or, the circle of the horizon may bedrawn independently, for any latitude, by findingin the table of differences (page 56) the differencefor 30° or 60° of declination in the given latitude, setting off the semi-diurnal arcs from any meridianon Map No. XIV., on the Circles of Declination(parallels), and finding a point in the meridian fromwhich, as a c Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/astronomy-without-a-telescope-lavm9xtv-xviii-position-above-the-hoeizon-61-ness-by-estimating-for-the-intermediate-positionof-the-center-and-striking-the-circle-exactly-throughthe-points-of-intersection-of-all-the-circles-in-thediagram-or-the-circle-of-the-horizon-may-bedrawn-independently-for-any-latitude-by-findingin-the-table-of-differences-page-56-the-differencefor-30-or-60-of-declination-in-the-given-latitude-setting-off-the-semi-diurnal-arcs-from-any-meridianon-map-no-xiv-on-the-circles-of-declinationparallels-and-finding-a-point-in-the-meridian-fromwhich-as-a-c-image370596215.htmlRM2CEX373–. Astronomy without a telescope:. lavM9XTV * XVIII. POSITION ABOVE THE HOEIZON. 61 ness, by estimating for the intermediate positionof the center, and striking the circle exactly throughthe points of intersection of all the circles in thediagram. Or, the circle of the horizon may bedrawn independently, for any latitude, by findingin the table of differences (page 56) the differencefor 30° or 60° of declination in the given latitude, setting off the semi-diurnal arcs from any meridianon Map No. XIV., on the Circles of Declination(parallels), and finding a point in the meridian fromwhich, as a c
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. Africa . night, each half-a-year long. But the dura-tion of day and night varies within the polar circles, out-ward from the actual pole, according to the latitude ofeach place. Hence the number of days during which thesun neither rises nor sets is here different, the longestday lasting six, five, four, three, two, or one month, as thecase may be. During the rest of the time the sun remainsbelow the horizon during nights of gradually increasinglength, till at midwinter they reach periods of one, two,three, four, or five months, corresponding to the durationof the midsummer daylight. Within t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/africa-night-each-half-a-year-long-but-the-dura-tion-of-day-and-night-varies-within-the-polar-circles-out-ward-from-the-actual-pole-according-to-the-latitude-ofeach-place-hence-the-number-of-days-during-which-thesun-neither-rises-nor-sets-is-here-different-the-longestday-lasting-six-five-four-three-two-or-one-month-as-thecase-may-be-during-the-rest-of-the-time-the-sun-remainsbelow-the-horizon-during-nights-of-gradually-increasinglength-till-at-midwinter-they-reach-periods-of-one-twothree-four-or-five-months-corresponding-to-the-durationof-the-midsummer-daylight-within-t-image369696772.htmlRM2CDD404–. Africa . night, each half-a-year long. But the dura-tion of day and night varies within the polar circles, out-ward from the actual pole, according to the latitude ofeach place. Hence the number of days during which thesun neither rises nor sets is here different, the longestday lasting six, five, four, three, two, or one month, as thecase may be. During the rest of the time the sun remainsbelow the horizon during nights of gradually increasinglength, till at midwinter they reach periods of one, two,three, four, or five months, corresponding to the durationof the midsummer daylight. Within t
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. Astronomy for high schools and colleges . // 24 ASTRONOMY, At either pole of the earth {s or n)^ the vertical linewill extend to the celestial pole, iT P or S P^ and the. Fig. 11. Correspondence of Circles on the Celestial and Terrestrial Spheres. zenith will remain the same from day to day, becausethe position of the observer is not changed by the rota-tion of the earth. If the observer is in latitude 45°, he will in twenty-fourhours, by the rotation of the earth, be carried around on aparallel of terrestrial latitude, 45° from the north pole ofthe earth. His zenith will, during the same ti Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/astronomy-for-high-schools-and-colleges-24-astronomy-at-either-pole-of-the-earth-s-or-n-the-vertical-linewill-extend-to-the-celestial-pole-it-p-or-s-p-and-the-fig-11-correspondence-of-circles-on-the-celestial-and-terrestrial-spheres-zenith-will-remain-the-same-from-day-to-day-becausethe-position-of-the-observer-is-not-changed-by-the-rota-tion-of-the-earth-if-the-observer-is-in-latitude-45-he-will-in-twenty-fourhours-by-the-rotation-of-the-earth-be-carried-around-on-aparallel-of-terrestrial-latitude-45-from-the-north-pole-ofthe-earth-his-zenith-will-during-the-same-ti-image372043541.htmlRM2CH8199–. Astronomy for high schools and colleges . // 24 ASTRONOMY, At either pole of the earth {s or n)^ the vertical linewill extend to the celestial pole, iT P or S P^ and the. Fig. 11. Correspondence of Circles on the Celestial and Terrestrial Spheres. zenith will remain the same from day to day, becausethe position of the observer is not changed by the rota-tion of the earth. If the observer is in latitude 45°, he will in twenty-fourhours, by the rotation of the earth, be carried around on aparallel of terrestrial latitude, 45° from the north pole ofthe earth. His zenith will, during the same ti
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![. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. by continuing the diameter NS, without any reductionof the points 10, 20, &c. and applying one side of a squareto PlO, P20, &c. and the other will show the centres y, y,&c from which, with the radius ylO, y20, &c. draw theparallels of latitude required. 3. The tropics and polar circles may be projected by set-ting 23° 28, and 66° 32, on each side of the equator on theprimitive, and then drawing parallels of latitude at th Stock Photo](https://c8.alamy.com/comp/2CF4MRT/mathematics-compiled-from-the-best-authors-and-intended-to-be-the-text-book-of-the-course-of-private-lectures-on-these-sciences-in-the-university-at-cambridge-microform-by-continuing-the-diameter-ns-without-any-reductionof-the-points-10-20-c-and-applying-one-side-of-a-squareto-plo-p20-c-and-the-other-will-show-the-centres-y-yc-from-which-with-the-radius-ylo-y20-c-draw-theparallels-of-latitude-required-3-the-tropics-and-polar-circles-may-be-projected-by-set-ting-23-28-and-66-32-on-each-side-of-the-equator-on-theprimitive-and-then-drawing-parallels-of-latitude-at-th-2CF4MRT.jpg ". Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. by continuing the diameter NS, without any reductionof the points 10, 20, &c. and applying one side of a squareto PlO, P20, &c. and the other will show the centres y, y,&c from which, with the radius ylO, y20, &c. draw theparallels of latitude required. 3. The tropics and polar circles may be projected by set-ting 23° 28, and 66° 32, on each side of the equator on theprimitive, and then drawing parallels of latitude at th Stock Photo")
. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. by continuing the diameter NS, without any reductionof the points 10, 20, &c. and applying one side of a squareto PlO, P20, &c. and the other will show the centres y, y,&c from which, with the radius ylO, y20, &c. draw theparallels of latitude required. 3. The tropics and polar circles may be projected by set-ting 23° 28, and 66° 32, on each side of the equator on theprimitive, and then drawing parallels of latitude at th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mathematics-compiled-from-the-best-authors-and-intended-to-be-the-text-book-of-the-course-of-private-lectures-on-these-sciences-in-the-university-at-cambridge-microform-by-continuing-the-diameter-ns-without-any-reductionof-the-points-10-20-c-and-applying-one-side-of-a-squareto-plo-p20-c-and-the-other-will-show-the-centres-y-yc-from-which-with-the-radius-ylo-y20-c-draw-theparallels-of-latitude-required-3-the-tropics-and-polar-circles-may-be-projected-by-set-ting-23-28-and-66-32-on-each-side-of-the-equator-on-theprimitive-and-then-drawing-parallels-of-latitude-at-th-image370741724.htmlRM2CF4MRT–. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. by continuing the diameter NS, without any reductionof the points 10, 20, &c. and applying one side of a squareto PlO, P20, &c. and the other will show the centres y, y,&c from which, with the radius ylO, y20, &c. draw theparallels of latitude required. 3. The tropics and polar circles may be projected by set-ting 23° 28, and 66° 32, on each side of the equator on theprimitive, and then drawing parallels of latitude at th
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. Encyclopaedia; or, A dictionary of arts, sciences, and miscellaneous literature; constructed on a plan, by which the different sciences and arts are digested into the form of distinct treatises of systems.. . ne half arc on one fideof tlie femicircle and the other lialfon the other), andfet the charaflers of the lines to their proper lines, as inthe figure. A univcrfal dial of a very ingenious conftruclion,has laiely been invented by Air G. Wright of London.The hour-circle or arch E, and latitude arch C, arethe portions of two meridian circles; one fixed, and theother moveable. The hour oi d Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/encyclopaedia-or-a-dictionary-of-arts-sciences-and-miscellaneous-literature-constructed-on-a-plan-by-which-the-different-sciences-and-arts-are-digested-into-the-form-of-distinct-treatises-of-systems-ne-half-arc-on-one-fideof-tlie-femicircle-and-the-other-lialfon-the-other-andfet-the-charaflers-of-the-lines-to-their-proper-lines-as-inthe-figure-a-univcrfal-dial-of-a-very-ingenious-conftruclionhas-laiely-been-invented-by-air-g-wright-of-londonthe-hour-circle-or-arch-e-and-latitude-arch-c-arethe-portions-of-two-meridian-circles-one-fixed-and-theother-moveable-the-hour-oi-d-image370171690.htmlRM2CE6NNE–. Encyclopaedia; or, A dictionary of arts, sciences, and miscellaneous literature; constructed on a plan, by which the different sciences and arts are digested into the form of distinct treatises of systems.. . ne half arc on one fideof tlie femicircle and the other lialfon the other), andfet the charaflers of the lines to their proper lines, as inthe figure. A univcrfal dial of a very ingenious conftruclion,has laiely been invented by Air G. Wright of London.The hour-circle or arch E, and latitude arch C, arethe portions of two meridian circles; one fixed, and theother moveable. The hour oi d
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. A complete geography. Fig. 288. The sun at midnight of June 21, at North Cape,Norway. Boundaries of the Zones. —The exact amount of inclination ofthe earths axis has not been stated, but that is a matter of very great importance, as youhave just seen. In considering the amount,it is necessary to speak ofangles. Angles may be meas-ured by the use of circles. Inyour study of Latitude andLongitude (p. 40) you learnedthat a great circle of longitudeis divided into 360 equal parts,called degrees (marked °), andthat the distance from theequator to one of the poles isone-fourth of this circle, or90 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-complete-geography-fig-288-the-sun-at-midnight-of-june-21-at-north-capenorway-boundaries-of-the-zones-the-exact-amount-of-inclination-ofthe-earths-axis-has-not-been-stated-but-that-is-a-matter-of-very-great-importance-as-youhave-just-seen-in-considering-the-amountit-is-necessary-to-speak-ofangles-angles-may-be-meas-ured-by-the-use-of-circles-inyour-study-of-latitude-andlongitude-p-40-you-learnedthat-a-great-circle-of-longitudeis-divided-into-360-equal-partscalled-degrees-marked-andthat-the-distance-from-theequator-to-one-of-the-poles-isone-fourth-of-this-circle-or90-image370585334.htmlRM2CEWHAE–. A complete geography. Fig. 288. The sun at midnight of June 21, at North Cape,Norway. Boundaries of the Zones. —The exact amount of inclination ofthe earths axis has not been stated, but that is a matter of very great importance, as youhave just seen. In considering the amount,it is necessary to speak ofangles. Angles may be meas-ured by the use of circles. Inyour study of Latitude andLongitude (p. 40) you learnedthat a great circle of longitudeis divided into 360 equal parts,called degrees (marked °), andthat the distance from theequator to one of the poles isone-fourth of this circle, or90
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. The Columbian magazine : or, monthly miscellany. y re-llores us to what the apollle veryemphatically calls a * found mind. Solution of ^isjlion VI LET ADE reprefent theprime vertical, and C itscenter. A H L the parallel oflatitude touching the former cir-cle In the point A ; draw A Bthe common feftionof the planesof both the circles, which willalfo be a common tangent to both,touching them In the point A ;moreover take A D n 30 Engllfhmiles, the part of the prime ver-tical which was meafured, andA H = the correfpondent partof the parallel of latitude, fo thatH is the neareft point of thepara Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-columbian-magazine-or-monthly-miscellany-y-re-llores-us-to-what-the-apollle-veryemphatically-calls-a-found-mind-solution-of-isjlion-vi-let-ade-reprefent-theprime-vertical-and-c-itscenter-a-h-l-the-parallel-oflatitude-touching-the-former-cir-cle-in-the-point-a-draw-a-bthe-common-feftionof-the-planesof-both-the-circles-which-willalfo-be-a-common-tangent-to-bothtouching-them-in-the-point-a-moreover-take-a-d-n-30-engllfhmiles-the-part-of-the-prime-ver-tical-which-was-meafured-anda-h-=-the-correfpondent-partof-the-parallel-of-latitude-fo-thath-is-the-neareft-point-of-thepara-image370485609.htmlRM2CEN24W–. The Columbian magazine : or, monthly miscellany. y re-llores us to what the apollle veryemphatically calls a * found mind. Solution of ^isjlion VI LET ADE reprefent theprime vertical, and C itscenter. A H L the parallel oflatitude touching the former cir-cle In the point A ; draw A Bthe common feftionof the planesof both the circles, which willalfo be a common tangent to both,touching them In the point A ;moreover take A D n 30 Engllfhmiles, the part of the prime ver-tical which was meafured, andA H = the correfpondent partof the parallel of latitude, fo thatH is the neareft point of thepara
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![. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. Vol. II. 394 MATHEMATICS, PROBLEM II. To project the sphere orthographically on the plane of the equator. 1. Project the equator, divide it, and draw the meridians,as in Problem I. 2. Lay a rule over 100, 110, &c. on the quadrant WN,and the respective correspondent points 80, 70, Sec. on EN,and mark PN in 80, 70, &c. Through these points de-scribe concentric circles for parallels of latitude, as in Prob-lem I. The polar c Stock Photo](https://c8.alamy.com/comp/2CF4NMG/mathematics-compiled-from-the-best-authors-and-intended-to-be-the-text-book-of-the-course-of-private-lectures-on-these-sciences-in-the-university-at-cambridge-microform-vol-ii-394-mathematics-problem-ii-to-project-the-sphere-orthographically-on-the-plane-of-the-equator-1-project-the-equator-divide-it-and-draw-the-meridiansas-in-problem-i-2-lay-a-rule-over-100-110-c-on-the-quadrant-wnand-the-respective-correspondent-points-80-70-sec-on-enand-mark-pn-in-80-70-c-through-these-points-de-scribe-concentric-circles-for-parallels-of-latitude-as-in-prob-lem-i-the-polar-c-2CF4NMG.jpg ". Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. Vol. II. 394 MATHEMATICS, PROBLEM II. To project the sphere orthographically on the plane of the equator. 1. Project the equator, divide it, and draw the meridians,as in Problem I. 2. Lay a rule over 100, 110, &c. on the quadrant WN,and the respective correspondent points 80, 70, Sec. on EN,and mark PN in 80, 70, &c. Through these points de-scribe concentric circles for parallels of latitude, as in Prob-lem I. The polar c Stock Photo")
. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. Vol. II. 394 MATHEMATICS, PROBLEM II. To project the sphere orthographically on the plane of the equator. 1. Project the equator, divide it, and draw the meridians,as in Problem I. 2. Lay a rule over 100, 110, &c. on the quadrant WN,and the respective correspondent points 80, 70, Sec. on EN,and mark PN in 80, 70, &c. Through these points de-scribe concentric circles for parallels of latitude, as in Prob-lem I. The polar c Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mathematics-compiled-from-the-best-authors-and-intended-to-be-the-text-book-of-the-course-of-private-lectures-on-these-sciences-in-the-university-at-cambridge-microform-vol-ii-394-mathematics-problem-ii-to-project-the-sphere-orthographically-on-the-plane-of-the-equator-1-project-the-equator-divide-it-and-draw-the-meridiansas-in-problem-i-2-lay-a-rule-over-100-110-c-on-the-quadrant-wnand-the-respective-correspondent-points-80-70-sec-on-enand-mark-pn-in-80-70-c-through-these-points-de-scribe-concentric-circles-for-parallels-of-latitude-as-in-prob-lem-i-the-polar-c-image370742416.htmlRM2CF4NMG–. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. Vol. II. 394 MATHEMATICS, PROBLEM II. To project the sphere orthographically on the plane of the equator. 1. Project the equator, divide it, and draw the meridians,as in Problem I. 2. Lay a rule over 100, 110, &c. on the quadrant WN,and the respective correspondent points 80, 70, Sec. on EN,and mark PN in 80, 70, &c. Through these points de-scribe concentric circles for parallels of latitude, as in Prob-lem I. The polar c
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![. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. ach = 10°. Then through each ofthese divisions draw lines to P, the pole. Each of these10° may be divided more minutely. 3. Lay a rule over N and a, and it will cross PW at x ;over Nb, and it will cross PW at y ; and over Nc, and itwill cross at z, &c. With radii Px, Py, Pz, &c. and centre P,through the points x, y, z, &c. draw concentric circles, whichwill be parallels of latitude 10° distant from each other.The tropic a Stock Photo](https://c8.alamy.com/comp/2CF4P3X/mathematics-compiled-from-the-best-authors-and-intended-to-be-the-text-book-of-the-course-of-private-lectures-on-these-sciences-in-the-university-at-cambridge-microform-ach-=-10-then-through-each-ofthese-divisions-draw-lines-to-p-the-pole-each-of-these10-may-be-divided-more-minutely-3-lay-a-rule-over-n-and-a-and-it-will-cross-pw-at-x-over-nb-and-it-will-cross-pw-at-y-and-over-nc-and-itwill-cross-at-z-c-with-radii-px-py-pz-c-and-centre-pthrough-the-points-x-y-z-c-draw-concentric-circles-whichwill-be-parallels-of-latitude-10-distant-from-each-otherthe-tropic-a-2CF4P3X.jpg ". Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. ach = 10°. Then through each ofthese divisions draw lines to P, the pole. Each of these10° may be divided more minutely. 3. Lay a rule over N and a, and it will cross PW at x ;over Nb, and it will cross PW at y ; and over Nc, and itwill cross at z, &c. With radii Px, Py, Pz, &c. and centre P,through the points x, y, z, &c. draw concentric circles, whichwill be parallels of latitude 10° distant from each other.The tropic a Stock Photo")
. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. ach = 10°. Then through each ofthese divisions draw lines to P, the pole. Each of these10° may be divided more minutely. 3. Lay a rule over N and a, and it will cross PW at x ;over Nb, and it will cross PW at y ; and over Nc, and itwill cross at z, &c. With radii Px, Py, Pz, &c. and centre P,through the points x, y, z, &c. draw concentric circles, whichwill be parallels of latitude 10° distant from each other.The tropic a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/mathematics-compiled-from-the-best-authors-and-intended-to-be-the-text-book-of-the-course-of-private-lectures-on-these-sciences-in-the-university-at-cambridge-microform-ach-=-10-then-through-each-ofthese-divisions-draw-lines-to-p-the-pole-each-of-these10-may-be-divided-more-minutely-3-lay-a-rule-over-n-and-a-and-it-will-cross-pw-at-x-over-nb-and-it-will-cross-pw-at-y-and-over-nc-and-itwill-cross-at-z-c-with-radii-px-py-pz-c-and-centre-pthrough-the-points-x-y-z-c-draw-concentric-circles-whichwill-be-parallels-of-latitude-10-distant-from-each-otherthe-tropic-a-image370742734.htmlRM2CF4P3X–. Mathematics, compiled from the best authors and intended to be the text-book of the course of private lectures on these sciences in the University at Cambridge [microform]. ach = 10°. Then through each ofthese divisions draw lines to P, the pole. Each of these10° may be divided more minutely. 3. Lay a rule over N and a, and it will cross PW at x ;over Nb, and it will cross PW at y ; and over Nc, and itwill cross at z, &c. With radii Px, Py, Pz, &c. and centre P,through the points x, y, z, &c. draw concentric circles, whichwill be parallels of latitude 10° distant from each other.The tropic a
Map directions outline flat color icons in round outlines on white background Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/map-directions-outline-flat-color-icons-in-round-outlines-on-white-background-image478930439.htmlRF2JR54JF–Map directions outline flat color icons in round outlines on white background
. The Canadian entomologist. Insects. THE CANADIAN ENTOMOLOGIST. 237 inhabits S. Europe, and also occurs in China^ and was probably there and in Hindostan before it came into Europe. These two species are thus examples of the two affinities of the European insect race, one with North America, the other with North Asia, and both increasing northward. Many genera of insects may be traced from the tropics northward, and their species may be observed in successively smaller circles till they attain their highest latitude. The distribution of the insect race by migration, and the variety thereby of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-canadian-entomologist-insects-the-canadian-entomologist-237-inhabits-s-europe-and-also-occurs-in-china-and-was-probably-there-and-in-hindostan-before-it-came-into-europe-these-two-species-are-thus-examples-of-the-two-affinities-of-the-european-insect-race-one-with-north-america-the-other-with-north-asia-and-both-increasing-northward-many-genera-of-insects-may-be-traced-from-the-tropics-northward-and-their-species-may-be-observed-in-successively-smaller-circles-till-they-attain-their-highest-latitude-the-distribution-of-the-insect-race-by-migration-and-the-variety-thereby-of-image233636116.htmlRMRG3170–. The Canadian entomologist. Insects. THE CANADIAN ENTOMOLOGIST. 237 inhabits S. Europe, and also occurs in China^ and was probably there and in Hindostan before it came into Europe. These two species are thus examples of the two affinities of the European insect race, one with North America, the other with North Asia, and both increasing northward. Many genera of insects may be traced from the tropics northward, and their species may be observed in successively smaller circles till they attain their highest latitude. The distribution of the insect race by migration, and the variety thereby of
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![. Annual report - Western Society of Malacologists. Mollusks; Mollusks. L«)AJ-% 1 '^^^ MAUI KAHOOLAVfVE -^ ?. Figure 1. Locations of sampling stations in the Hawaiian Islands (Latitude 18°55'N to 22°30'N, Longitude 154"^40'W to ]60°2rW). Symbols: NMFS trawl stations = circles, HURL and NMFS submarine stations = triangles, and Burch dredge stations = stars. Western Society of Malacologists Annual Report, Vol. 32, p. 6. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations Stock Photo](https://c8.alamy.com/comp/RM8RX9/annual-report-western-society-of-malacologists-mollusks-mollusks-laj-1-maui-kahoolavfve-figure-1-locations-of-sampling-stations-in-the-hawaiian-islands-latitude-1855n-to-2230n-longitude-154quot40w-to-602rw-symbols-nmfs-trawl-stations-=-circles-hurl-and-nmfs-submarine-stations-=-triangles-and-burch-dredge-stations-=-stars-western-society-of-malacologists-annual-report-vol-32-p-6-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-RM8RX9.jpg ". Annual report - Western Society of Malacologists. Mollusks; Mollusks. L«)AJ-% 1 '^^^ MAUI KAHOOLAVfVE -^ ?. Figure 1. Locations of sampling stations in the Hawaiian Islands (Latitude 18°55'N to 22°30'N, Longitude 154"^40'W to ]60°2rW). Symbols: NMFS trawl stations = circles, HURL and NMFS submarine stations = triangles, and Burch dredge stations = stars. Western Society of Malacologists Annual Report, Vol. 32, p. 6. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations Stock Photo")
. Annual report - Western Society of Malacologists. Mollusks; Mollusks. L«)AJ-% 1 '^^^ MAUI KAHOOLAVfVE -^ ?. Figure 1. Locations of sampling stations in the Hawaiian Islands (Latitude 18°55'N to 22°30'N, Longitude 154"^40'W to ]60°2rW). Symbols: NMFS trawl stations = circles, HURL and NMFS submarine stations = triangles, and Burch dredge stations = stars. Western Society of Malacologists Annual Report, Vol. 32, p. 6. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/annual-report-western-society-of-malacologists-mollusks-mollusks-laj-1-maui-kahoolavfve-figure-1-locations-of-sampling-stations-in-the-hawaiian-islands-latitude-1855n-to-2230n-longitude-154quot40w-to-602rw-symbols-nmfs-trawl-stations-=-circles-hurl-and-nmfs-submarine-stations-=-triangles-and-burch-dredge-stations-=-stars-western-society-of-malacologists-annual-report-vol-32-p-6-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-image236222289.htmlRMRM8RX9–. Annual report - Western Society of Malacologists. Mollusks; Mollusks. L«)AJ-% 1 '^^^ MAUI KAHOOLAVfVE -^ ?. Figure 1. Locations of sampling stations in the Hawaiian Islands (Latitude 18°55'N to 22°30'N, Longitude 154"^40'W to ]60°2rW). Symbols: NMFS trawl stations = circles, HURL and NMFS submarine stations = triangles, and Burch dredge stations = stars. Western Society of Malacologists Annual Report, Vol. 32, p. 6. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations
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. Aerographer's Mate 3 & 2. United States. Navy; Meteorology; Oceanography. 6 MONTHS DAY AT S. POLE SUN RAY 6 MONTHS NIGHT AT S. POLE 22 DECEMBER-WINTER SOLSTICE SUN RAY qV^ 21 JUNE-SUMMER SOLSTICE 12 H TANGENT. ANTARCTIC CIRCLE 12 H SUN RAY 21 SEPTEMBER-AUTUMN EOUINOX 21 MARCH-SPRING EOUINOX POSITION OF PERPENDICULAR AND TANGENT SUN RAYS DETERMINES TROPICS OF CANCER AND CAPRICORN AND ARCTIC AND ANTARCTIC CIRCLES POSITION OF DAYLIGHT CIRCLE DETERMINES LENGTH OF DAY AND NIGHT Figure 13-8. — Latitude differences in amount of insolation. 210.3 rates, the location of continents and oceans grea Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/aerographers-mate-3-amp-2-united-states-navy-meteorology-oceanography-6-months-day-at-s-pole-sun-ray-6-months-night-at-s-pole-22-december-winter-solstice-sun-ray-qv-21-june-summer-solstice-12-h-tangent-antarctic-circle-12-h-sun-ray-21-september-autumn-eouinox-21-march-spring-eouinox-position-of-perpendicular-and-tangent-sun-rays-determines-tropics-of-cancer-and-capricorn-and-arctic-and-antarctic-circles-position-of-daylight-circle-determines-length-of-day-and-night-figure-13-8-latitude-differences-in-amount-of-insolation-2103-rates-the-location-of-continents-and-oceans-grea-image237908312.htmlRMRR1JDC–. Aerographer's Mate 3 & 2. United States. Navy; Meteorology; Oceanography. 6 MONTHS DAY AT S. POLE SUN RAY 6 MONTHS NIGHT AT S. POLE 22 DECEMBER-WINTER SOLSTICE SUN RAY qV^ 21 JUNE-SUMMER SOLSTICE 12 H TANGENT. ANTARCTIC CIRCLE 12 H SUN RAY 21 SEPTEMBER-AUTUMN EOUINOX 21 MARCH-SPRING EOUINOX POSITION OF PERPENDICULAR AND TANGENT SUN RAYS DETERMINES TROPICS OF CANCER AND CAPRICORN AND ARCTIC AND ANTARCTIC CIRCLES POSITION OF DAYLIGHT CIRCLE DETERMINES LENGTH OF DAY AND NIGHT Figure 13-8. — Latitude differences in amount of insolation. 210.3 rates, the location of continents and oceans grea
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