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RM2GE8NMC–210815-N-TY704-3005 PACIFIC OCEAN (August 15, 2021) An E-2D Advanced Hawkeye, assigned to the “Black Eagles” of Carrier Airborne Early Warning Squadron (VAW) 113, launches from the flight deck of Nimitz-class aircraft carrier USS Carl Vinson (CVN 70) to participate in a sinking exercise, August 15, 2021. The exercise synchronized joint, multi-domain, multi-axis fires with near simultaneous times on target to sink the hulk. (U.S. Navy photo by Mass Communication Specialist Seaman Emily Claire Bennett)
210815-N-TY704-3005 PACIFIC OCEAN (August 15, 2021) An E-2D Advanced Hawkeye, assigned to the “Black Eagles” of Carrier Airborne Early Warning Squadron (VAW) 113, launches from the flight deck of Nimitz-class aircraft carrier USS Carl Vinson (CVN 70) to participate in a sinking exercise, August 15, 2021. The exercise synchronized joint, multi-domain, multi-axis fires with near simultaneous times on target to sink the hulk. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/210815-n-ty704-3005-pacific-ocean-august-15-2021-an-e-2d-advanced-hawkeye-assigned-to-the-black-eagles-of-carrier-airborne-early-warning-squadron-vaw-113-launches-from-the-flight-deck-of-nimitz-class-aircraft-carrier-uss-carl-vinson-cvn-70-to-participate-in-a-sinking-exercise-august-15-2021-the-exercise-synchronized-joint-multi-domain-multi-axis-fires-with-near-simultaneous-times-on-target-to-sink-the-hulk-image442082322.html
RM2GK6GEA–210815-N-TY704-3005 PACIFIC OCEAN (August 15, 2021) An E-2D Advanced Hawkeye, assigned to the “Black Eagles” of Carrier Airborne Early Warning Squadron (VAW) 113, launches from the flight deck of Nimitz-class aircraft carrier USS Carl Vinson (CVN 70) to participate in a sinking exercise, August 15, 2021. The exercise synchronized joint, multi-domain, multi-axis fires with near simultaneous times on target to sink the hulk.
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The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . a typical case of asthenopia. Ophthalmometer. — Astigmatism with the rule, 2 D., axis 45°+ or 135° — right eye ; astigmatism against the rule, 2D.,axis 135° + or 45° - left eye. Perhaps it is well here again to refer to the fact that whentin- two chief meridians of curvature fall exactly at 45° and 135°,just halfway between the vertical and horizontal meridians,that, strictly speaking, wre do not have astigmatism with oragainst the rule. But for the sake of uniformit Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-refraction-of-the-eye-including-a-complete-treatise-on-opthalmometry-a-clinical-text-book-for-students-and-practitioners-a-typical-case-of-asthenopia-ophthalmometer-astigmatism-with-the-rule-2-d-axis-45-or-135-right-eye-astigmatism-against-the-rule-2daxis-135-or-45-left-eye-perhaps-it-is-well-here-again-to-refer-to-the-fact-that-whentin-two-chief-meridians-of-curvature-fall-exactly-at-45-and-135just-halfway-between-the-vertical-and-horizontal-meridiansthat-strictly-speaking-wre-do-not-have-astigmatism-with-oragainst-the-rule-but-for-the-sake-of-uniformit-image339206920.html
RM2AKT5TT–The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . a typical case of asthenopia. Ophthalmometer. — Astigmatism with the rule, 2 D., axis 45°+ or 135° — right eye ; astigmatism against the rule, 2D.,axis 135° + or 45° - left eye. Perhaps it is well here again to refer to the fact that whentin- two chief meridians of curvature fall exactly at 45° and 135°,just halfway between the vertical and horizontal meridians,that, strictly speaking, wre do not have astigmatism with oragainst the rule. But for the sake of uniformit
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Archive image from page 16 of Directivity function of a general Directivity function of a general receiving array for spherical and plane sound waves directivityfunct00warn Year: 1961 PART II - APPLICATIONS OF THEORY 1. Discrete Distribution of Elements (a) Linear Array (Compensated) Let N = 2m elements be placed a distance d apart on the y-axis. Let the position of the i,tn element be given by (0, (i±l/2)d, 0). Then by equation (3) (fig. 3), +N/2 B = J Eiexpjh[(i±l/2)d(sine-sine0)+pi(cosi-l) i=-N/2 where and = Jl)2-2D(i±l/2)dsinQ+(i±l/2)zd3 na . D-(i±l/2)dsine COSk. - V p. SOURCE P( Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-16-of-directivity-function-of-a-general-directivity-function-of-a-general-receiving-array-for-spherical-and-plane-sound-waves-directivityfunct00warn-year-1961-part-ii-applications-of-theory-1-discrete-distribution-of-elements-a-linear-array-compensated-let-n-=-2m-elements-be-placed-a-distance-d-apart-on-the-y-axis-let-the-position-of-the-itn-element-be-given-by-0-il2d-0-then-by-equation-3-fig-3-n2-b-=-j-eiexpjh-il2dsine-sine0picosi-l-i=-n2-where-and-=-jl2-2dil2dsinqil2zd3-na-d-il2dsine-cosk-v-p-source-p-image242232562.html
RMT22J2X–Archive image from page 16 of Directivity function of a general Directivity function of a general receiving array for spherical and plane sound waves directivityfunct00warn Year: 1961 PART II - APPLICATIONS OF THEORY 1. Discrete Distribution of Elements (a) Linear Array (Compensated) Let N = 2m elements be placed a distance d apart on the y-axis. Let the position of the i,tn element be given by (0, (i±l/2)d, 0). Then by equation (3) (fig. 3), +N/2 B = J Eiexpjh[(i±l/2)d(sine-sine0)+pi(cosi-l) i=-N/2 where and = Jl)2-2D(i±l/2)dsinQ+(i±l/2)zd3 na . D-(i±l/2)dsine COSk. - V p. SOURCE P(
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. The refraction of the eye; including a complete treatise on ophthalmometry; . a typical case of asthenopia. Ophthalmometer. — Astigmatism with the rule, 2 D., axis 45°+ or 135° — right eye ; astigmatism against the rule, 2D.,axis 135° + or 45° - left eye. Perhaps it is well here again to refer to the fact that Avhenthe two chief meridians of curvature fall exactly at 45° and 135°,just halfway between the vertical and horizontal meridians,that, strictly speaking, we do not have astigmatism with oragainst the rule. But for the sake of uniformity of reading of 76 THE REFRACTION OF THE EYE the i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-refraction-of-the-eye-including-a-complete-treatise-on-ophthalmometry-a-typical-case-of-asthenopia-ophthalmometer-astigmatism-with-the-rule-2-d-axis-45-or-135-right-eye-astigmatism-against-the-rule-2daxis-135-or-45-left-eye-perhaps-it-is-well-here-again-to-refer-to-the-fact-that-avhenthe-two-chief-meridians-of-curvature-fall-exactly-at-45-and-135just-halfway-between-the-vertical-and-horizontal-meridiansthat-strictly-speaking-we-do-not-have-astigmatism-with-oragainst-the-rule-but-for-the-sake-of-uniformity-of-reading-of-76-the-refraction-of-the-eye-the-i-image372281030.html
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The Encyclopaedia Britannica; .. A dictionary of arts, sciences and general literature . eaf is direotly above tl efirst, the arrangement is tristichous. The same arrangementcontinues throughout thebranch, so that in the lat-ter case the 7th leaf isabove the 4th, the 10thabove the 7th ; also the5th above the 2d, the6th above the 3d, and soon. The size of the anglebetween the median planesof two consecutive leavesin an alternate arrange-ment is their divergence ;and it is expressed in frac-tions of the circumferenceof the axis whidH is sup-posed to be a circle. In aregularly-formed straightbran Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-encyclopaedia-britannica-a-dictionary-of-arts-sciences-and-general-literature-eaf-is-direotly-above-tl-efirst-the-arrangement-is-tristichous-the-same-arrangementcontinues-throughout-thebranch-so-that-in-the-lat-ter-case-the-7th-leaf-isabove-the-4th-the-10thabove-the-7th-also-the5th-above-the-2d-the6th-above-the-3d-and-soon-the-size-of-the-anglebetween-the-median-planesof-two-consecutive-leavesin-an-alternate-arrange-ment-is-their-divergence-and-it-is-expressed-in-frac-tions-of-the-circumferenceof-the-axis-whidh-is-sup-posed-to-be-a-circle-in-aregularly-formed-straightbran-image338072585.html
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A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . FIG. 114. — Leg of an Aphid, with the tarsus (f) muchreduced: 1, 2, 3, legs of 1st, 2d, and 3d pairs. prothorax of the stag beetle (Fig. 116). Here may be seen first the thickmuscle which turns to the front the rotating axis in its cylindrical pan, andthus helps to extend the leg, while two other tendons, which take the oppositedirection, are fitted for reflex movements.. FIG. 115 —Mechanics of Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-entomology-including-the-anatomy-physiology-embryology-and-metamorphoses-of-insects-for-use-in-agricultural-and-technical-schools-and-colleges-as-well-as-by-the-working-entomologist-fig-114-leg-of-an-aphid-with-the-tarsus-f-muchreduced-1-2-3-legs-of-1st-2d-and-3d-pairs-prothorax-of-the-stag-beetle-fig-116-here-may-be-seen-first-the-thickmuscle-which-turns-to-the-front-the-rotating-axis-in-its-cylindrical-pan-andthus-helps-to-extend-the-leg-while-two-other-tendons-which-take-the-oppositedirection-are-fitted-for-reflex-movements-fig-115-mechanics-of-image340189239.html
RM2ANCXRK–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . FIG. 114. — Leg of an Aphid, with the tarsus (f) muchreduced: 1, 2, 3, legs of 1st, 2d, and 3d pairs. prothorax of the stag beetle (Fig. 116). Here may be seen first the thickmuscle which turns to the front the rotating axis in its cylindrical pan, andthus helps to extend the leg, while two other tendons, which take the oppositedirection, are fitted for reflex movements.. FIG. 115 —Mechanics of
AXIS 4 icons set - 3D illustration for background and cnc Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/axis-4-icons-set-3d-illustration-for-background-and-cnc-image368508783.html
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RF2RBTDB9–The points in coordinate plane in mathematics. Mathematics resources for teachers and students.
Wild deer running across the fields. Early spring game. Wild animals in Europe. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wild-deer-running-across-the-fields-early-spring-game-wild-animals-in-europe-image436688359.html
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The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . Fig. 75. — (.4) Before correction. (B) After correction with —2D. cyl., axis 180°,the mixed astigmatism is converted into a simple hypermetropia of 1 D. cylindrical glasses are begun with. The — 1 D. cyl., 180°,converts the patients simple hypermetropic astigmatism intoa simple hypermetropia of 1 D. (see Fig. 76). The patient by means of his accommodative power cancorrect this simple hypermetropia (as produced by the minuscylinder) with comfort at times, because he c Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-refraction-of-the-eye-including-a-complete-treatise-on-opthalmometry-a-clinical-text-book-for-students-and-practitioners-fig-75-4-before-correction-b-after-correction-with-2d-cyl-axis-180the-mixed-astigmatism-is-converted-into-a-simple-hypermetropia-of-1-d-cylindrical-glasses-are-begun-with-the-1-d-cyl-180converts-the-patients-simple-hypermetropic-astigmatism-intoa-simple-hypermetropia-of-1-d-see-fig-76-the-patient-by-means-of-his-accommodative-power-cancorrect-this-simple-hypermetropia-as-produced-by-the-minuscylinder-with-comfort-at-times-because-he-c-image339189813.html
RM2AKRC1W–The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . Fig. 75. — (.4) Before correction. (B) After correction with —2D. cyl., axis 180°,the mixed astigmatism is converted into a simple hypermetropia of 1 D. cylindrical glasses are begun with. The — 1 D. cyl., 180°,converts the patients simple hypermetropic astigmatism intoa simple hypermetropia of 1 D. (see Fig. 76). The patient by means of his accommodative power cancorrect this simple hypermetropia (as produced by the minuscylinder) with comfort at times, because he c
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Medical jurisprudence, forensic medicine and toxicology . on of the Long Axis of theWounds in Different Layers. such wounds are small they are larger as a rule than the in-strument causing them. 2d. Punctured wounds by instruments both sharp-pointedand cutting, like a knife or dagger. If these wounds are per-pendicular to the surface, they havemore or less the form of the weaponused. The angles may show whetherthe knife, etc., had one or two cut-ting edges, but even though theback of the knife is broad the woundmay resemble one caused by adouble-edged weapon. Thus stab-wounds from a common poc Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/medical-jurisprudence-forensic-medicine-and-toxicology-on-of-the-long-axis-of-thewounds-in-different-layers-such-wounds-are-small-they-are-larger-as-a-rule-than-the-in-strument-causing-them-2d-punctured-wounds-by-instruments-both-sharp-pointedand-cutting-like-a-knife-or-dagger-if-these-wounds-are-per-pendicular-to-the-surface-they-havemore-or-less-the-form-of-the-weaponused-the-angles-may-show-whetherthe-knife-etc-had-one-or-two-cut-ting-edges-but-even-though-theback-of-the-knife-is-broad-the-woundmay-resemble-one-caused-by-adouble-edged-weapon-thus-stab-wounds-from-a-common-poc-image338916917.html
RM2AKAYYH–Medical jurisprudence, forensic medicine and toxicology . on of the Long Axis of theWounds in Different Layers. such wounds are small they are larger as a rule than the in-strument causing them. 2d. Punctured wounds by instruments both sharp-pointedand cutting, like a knife or dagger. If these wounds are per-pendicular to the surface, they havemore or less the form of the weaponused. The angles may show whetherthe knife, etc., had one or two cut-ting edges, but even though theback of the knife is broad the woundmay resemble one caused by adouble-edged weapon. Thus stab-wounds from a common poc
PLANE on the wall. 3D illustration of metallic sculpture over a white background with mild texture. airplane and aircraft Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/plane-on-the-wall-3d-illustration-of-metallic-sculpture-over-a-white-background-with-mild-texture-airplane-and-aircraft-image366570491.html
RF2C8AMB7–PLANE on the wall. 3D illustration of metallic sculpture over a white background with mild texture. airplane and aircraft
The Cartesian coordinate system in the plane. Mathematics resources for teachers and students. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-cartesian-coordinate-system-in-the-plane-mathematics-resources-for-teachers-and-students-image558031408.html
RF2RBTEN4–The Cartesian coordinate system in the plane. Mathematics resources for teachers and students.
Wild deer running across the fields. Early spring game. Wild animals in Europe. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wild-deer-running-across-the-fields-early-spring-game-wild-animals-in-europe-image436688529.html
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Quadrants of Cartesian coordinate system. Perpendicular X and Y axes divide plane into 4 infinite regions numbered and denoted by Roman numerals. Grid Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/quadrants-of-cartesian-coordinate-system-perpendicular-x-and-y-axes-divide-plane-into-4-infinite-regions-numbered-and-denoted-by-roman-numerals-grid-image522983792.html
RF2NARY4G–Quadrants of Cartesian coordinate system. Perpendicular X and Y axes divide plane into 4 infinite regions numbered and denoted by Roman numerals. Grid
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Blank cartesian coordinate system in two dimensions. Rectangular orthogonal coordinate plane with axes X and Y on squared grid. Math scale template Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blank-cartesian-coordinate-system-in-two-dimensions-rectangular-orthogonal-coordinate-plane-with-axes-x-and-y-on-squared-grid-math-scale-template-image470033506.html
RF2J8KTEX–Blank cartesian coordinate system in two dimensions. Rectangular orthogonal coordinate plane with axes X and Y on squared grid. Math scale template
The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . izontalmeridian, the + 1 D. cyl., 90°, being required to complete thecorrection in the horizontal meridian. At fifty-five years of age, this patient would require 4- 2D.s + 1 D. cyl., 90°, and so on, about + 1 D. spherical glassextra for each five years being required to be added to thecylindrical glass. Take another example, suppose the patient accepts — 2D.cyl., axis 180°, for the distance, as in Case LV. At forty-live HUM K ATIYK (AMIS J |;, years of age, this pat Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-refraction-of-the-eye-including-a-complete-treatise-on-opthalmometry-a-clinical-text-book-for-students-and-practitioners-izontalmeridian-the-1-d-cyl-90-being-required-to-complete-thecorrection-in-the-horizontal-meridian-at-fifty-five-years-of-age-this-patient-would-require-4-2ds-1-d-cyl-90-and-so-on-about-1-d-spherical-glassextra-for-each-five-years-being-required-to-be-added-to-thecylindrical-glass-take-another-example-suppose-the-patient-accepts-2dcyl-axis-180-for-the-distance-as-in-case-lv-at-forty-live-hum-k-atiyk-amis-j-years-of-age-this-pat-image339194466.html
RM2AKRJ02–The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . izontalmeridian, the + 1 D. cyl., 90°, being required to complete thecorrection in the horizontal meridian. At fifty-five years of age, this patient would require 4- 2D.s + 1 D. cyl., 90°, and so on, about + 1 D. spherical glassextra for each five years being required to be added to thecylindrical glass. Take another example, suppose the patient accepts — 2D.cyl., axis 180°, for the distance, as in Case LV. At forty-live HUM K ATIYK (AMIS J |;, years of age, this pat
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RF2JCF5DM–Blank cartesian coordinate system in two dimensions. Rectangular orthogonal coordinate plane with axes X and Y on squared grid. Math scale template
The exterior of the horse . nimal, is situated about at the level of the convexity of the great trochanter. A. Vallon, Cours dhippologie, Saumur, 1865. 2 Daudet, Traité de locomotion du cheval relatif à léquitation, Saumur, 1864. 3 Alexis Lemoigne, in Giornale délie razze degli animali utili e di medicina veterinaria,fascic. 11 et 12, Naples, 1865 ; Ibid., in Recueil de médecine vétérinaire, année 1877, pp. 81 et 208. 372 THE EXTERIOR OF THE HORSE. 2d. Humero-radial Axis.—Point of external localization: at the humeral in-sertion of the external lateral ligament of this articulation. 3d. Radio- Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-exterior-of-the-horse-nimal-is-situated-about-at-the-level-of-the-convexity-of-the-great-trochanter-a-vallon-cours-dhippologie-saumur-1865-2-daudet-trait-de-locomotion-du-cheval-relatif-lquitation-saumur-1864-3-alexis-lemoigne-in-giornale-dlie-razze-degli-animali-utili-e-di-medicina-veterinariafascic-11-et-12-naples-1865-ibid-in-recueil-de-mdecine-vtrinaire-anne-1877-pp-81-et-208-372-the-exterior-of-the-horse-2d-humero-radial-axispoint-of-external-localization-at-the-humeral-in-sertion-of-the-external-lateral-ligament-of-this-articulation-3d-radio-image338479205.html
RM2AJK1K1–The exterior of the horse . nimal, is situated about at the level of the convexity of the great trochanter. A. Vallon, Cours dhippologie, Saumur, 1865. 2 Daudet, Traité de locomotion du cheval relatif à léquitation, Saumur, 1864. 3 Alexis Lemoigne, in Giornale délie razze degli animali utili e di medicina veterinaria,fascic. 11 et 12, Naples, 1865 ; Ibid., in Recueil de médecine vétérinaire, année 1877, pp. 81 et 208. 372 THE EXTERIOR OF THE HORSE. 2d. Humero-radial Axis.—Point of external localization: at the humeral in-sertion of the external lateral ligament of this articulation. 3d. Radio-
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RF2JAET43–Blank cartesian coordinate system in two dimensions. Rectangular orthogonal coordinate plane with axes X and Y on squared grid. Math scale template
Indian forest insects of economic importance Coleoptera . FIG. 351.—Dryflcoctc.s Hewetti,?,.zb. i,larva ; 2, 2 a, female ; 2 />, 2 c, male beetle ;2d, enlarged antenna; 2 c, leg. North-West Himal lya. less at right angles to the long axisof the tree (pi. lii), in this differingfrom other Indian Scolytidae,*in which the gallery bored by the female is parallel to the long axis of theAs she eats out this tunnel, the female makes little indentationsin the edges on both sides and places an egg in each. When shehas completed the gallery, which is the egg-gallery, i.e. when she haslaid all her eg Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/indian-forest-insects-of-economic-importance-coleoptera-fig-351dryflcoctcs-hewettizb-ilarva-2-2-a-female-2-gt-2-c-male-beetle-2d-enlarged-antenna-2-c-leg-north-west-himal-lya-less-at-right-angles-to-the-long-axisof-the-tree-pi-lii-in-this-differingfrom-other-indian-scolytidaein-which-the-gallery-bored-by-the-female-is-parallel-to-the-long-axis-of-theas-she-eats-out-this-tunnel-the-female-makes-little-indentationsin-the-edges-on-both-sides-and-places-an-egg-in-each-when-shehas-completed-the-gallery-which-is-the-egg-gallery-ie-when-she-haslaid-all-her-eg-image338418818.html
RM2AJG8JA–Indian forest insects of economic importance Coleoptera . FIG. 351.—Dryflcoctc.s Hewetti,?,.zb. i,larva ; 2, 2 a, female ; 2 />, 2 c, male beetle ;2d, enlarged antenna; 2 c, leg. North-West Himal lya. less at right angles to the long axisof the tree (pi. lii), in this differingfrom other Indian Scolytidae,*in which the gallery bored by the female is parallel to the long axis of theAs she eats out this tunnel, the female makes little indentationsin the edges on both sides and places an egg in each. When shehas completed the gallery, which is the egg-gallery, i.e. when she haslaid all her eg
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Wild deer running across the fields. Early spring game. Wild animals in Europe. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wild-deer-running-across-the-fields-early-spring-game-wild-animals-in-europe-image436688388.html
RF2GACTDT–Wild deer running across the fields. Early spring game. Wild animals in Europe.
Point plotting on Cartesian plane. Part of two dimensional coordinate system. X and Y axises with positive numbers. Grid paper background Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/point-plotting-on-cartesian-plane-part-of-two-dimensional-coordinate-system-x-and-y-axises-with-positive-numbers-grid-paper-background-image522987580.html
RF2NAT3YT–Point plotting on Cartesian plane. Part of two dimensional coordinate system. X and Y axises with positive numbers. Grid paper background
Math Graph vector Mathematical function concept colored seamless pattern Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/math-graph-vector-mathematical-function-concept-colored-seamless-pattern-image572001025.html
RF2T6GW41–Math Graph vector Mathematical function concept colored seamless pattern
Cartesian coordinate system in two dimensions with sample points. Rectangular orthogonal coordinate plane with axes X and Y on squared grid. Vector Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cartesian-coordinate-system-in-two-dimensions-with-sample-points-rectangular-orthogonal-coordinate-plane-with-axes-x-and-y-on-squared-grid-vector-image472160095.html
RF2JC4N0F–Cartesian coordinate system in two dimensions with sample points. Rectangular orthogonal coordinate plane with axes X and Y on squared grid. Vector
sandersAssociates :: graphic7 :: GA-77-274 Rev F Graphic 7 Acceptance Test Procedure May1981 . ROTATION•X TRANSLATION•Y TRANSLATION T REVISIONS DESCRIPTION DATE SANDERS GRAPHIC SEVEN COrPUlER fiRAPMJCS 0 J SPLAT SrSTEfl 2rO COORDINATECONVERTER ATP. ROTATION*X TRANSLATIONtY TRANSLATION SAlA SAILERS 200M+X TRANSLATION-Y TRANSLATION Figure 4-7. 2D Coordinate Converter Test Display SIZE CODE I DENT NO. 94117 SCALE DWG NO. 1088690 APPROVED i SHEET 41 OF 107 OP—909 REV—A .* REVISIONS LTR DESCRIPTION DATE APPROVED 4.2.4.2 (continued) 3. The boxes shall only move about a center axis and not bedisplace Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sandersassociates-graphic7-ga-77-274-rev-f-graphic-7-acceptance-test-procedure-may1981-rotationx-translationy-translation-t-revisions-description-date-sanders-graphic-seven-corpuler-firapmjcs-0-j-splat-srstefl-2ro-coordinateconverter-atp-rotationx-translationty-translation-sala-sailers-200mx-translation-y-translation-figure-4-7-2d-coordinate-converter-test-display-size-code-i-dent-no-94117-scale-dwg-no-1088690-approved-i-sheet-41-of-107-op909-reva-revisions-ltr-description-date-approved-4242-continued-3-the-boxes-shall-only-move-about-a-center-axis-and-not-bedisplace-image339091012.html
RM2AKJX18–sandersAssociates :: graphic7 :: GA-77-274 Rev F Graphic 7 Acceptance Test Procedure May1981 . ROTATION•X TRANSLATION•Y TRANSLATION T REVISIONS DESCRIPTION DATE SANDERS GRAPHIC SEVEN COrPUlER fiRAPMJCS 0 J SPLAT SrSTEfl 2rO COORDINATECONVERTER ATP. ROTATION*X TRANSLATIONtY TRANSLATION SAlA SAILERS 200M+X TRANSLATION-Y TRANSLATION Figure 4-7. 2D Coordinate Converter Test Display SIZE CODE I DENT NO. 94117 SCALE DWG NO. 1088690 APPROVED i SHEET 41 OF 107 OP—909 REV—A .* REVISIONS LTR DESCRIPTION DATE APPROVED 4.2.4.2 (continued) 3. The boxes shall only move about a center axis and not bedisplace
earth upload from a perspective with the shadow. A thick sculpture made of metallic materials of 3D rendering. illustration and background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/earth-upload-from-a-perspective-with-the-shadow-a-thick-sculpture-made-of-metallic-materials-of-3d-rendering-illustration-and-background-image366964972.html
RF2C90KFT–earth upload from a perspective with the shadow. A thick sculpture made of metallic materials of 3D rendering. illustration and background
Wild deer running across the fields. Early spring game. Wild animals in Europe. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wild-deer-running-across-the-fields-early-spring-game-wild-animals-in-europe-image436688498.html
RF2GACTHP–Wild deer running across the fields. Early spring game. Wild animals in Europe.
Sample of point plotting on Cartesian plane. Part of bidimensional coordinate system. Perpendicular X and Y axises with numbers. Grid paper background Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sample-of-point-plotting-on-cartesian-plane-part-of-bidimensional-coordinate-system-perpendicular-x-and-y-axises-with-numbers-grid-paper-background-image522985964.html
RF2NAT1X4–Sample of point plotting on Cartesian plane. Part of bidimensional coordinate system. Perpendicular X and Y axises with numbers. Grid paper background
Math Function Graph vector concept blue minimal seamless pattern Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/math-function-graph-vector-concept-blue-minimal-seamless-pattern-image572003242.html
RF2T6GYY6–Math Function Graph vector concept blue minimal seamless pattern
Blank cartesian coordinate system in two dimensions. Rectangular orthogonal coordinate plane with axes X and Y. Math scale system template. Vector Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blank-cartesian-coordinate-system-in-two-dimensions-rectangular-orthogonal-coordinate-plane-with-axes-x-and-y-math-scale-system-template-vector-image503368175.html
RF2M6XB6R–Blank cartesian coordinate system in two dimensions. Rectangular orthogonal coordinate plane with axes X and Y. Math scale system template. Vector
The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . f W.+2D. cyl., 80°-2.50D. cyl., 170°. Reads Jaeger No. 1 from 6 to 12 inches.Ophthalmoscope. —M. 3.501). at 100° and Em. at 10° righteye ; M. 3 I), at 80° and H. 2D. at 170° left eye.. R. E. L. E. Fig. 83. Second test: after using an astringent wash for a week, asecond test was made. Ophthalmometer.—Astigmatism with the rule, 3.50 D.,axis io(j° j or io° right eye; 5 D., axis 80°+ or 170° - left eye. The subjective test resulted in exactly the same glassesbeing acc Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-refraction-of-the-eye-including-a-complete-treatise-on-opthalmometry-a-clinical-text-book-for-students-and-practitioners-f-w2d-cyl-80-250d-cyl-170-reads-jaeger-no-1-from-6-to-12-inchesophthalmoscope-m-3501-at-100-and-em-at-10-righteye-m-3-i-at-80-and-h-2d-at-170-left-eye-r-e-l-e-fig-83-second-test-after-using-an-astringent-wash-for-a-week-asecond-test-was-made-ophthalmometerastigmatism-with-the-rule-350-daxis-ioj-j-or-io-right-eye-5-d-axis-80-or-170-left-eye-the-subjective-test-resulted-in-exactly-the-same-glassesbeing-acc-image339187622.html
RM2AKR97J–The refraction of the eye; including a complete treatise on opthalmometry; a clinical text-book for students and practitioners . f W.+2D. cyl., 80°-2.50D. cyl., 170°. Reads Jaeger No. 1 from 6 to 12 inches.Ophthalmoscope. —M. 3.501). at 100° and Em. at 10° righteye ; M. 3 I), at 80° and H. 2D. at 170° left eye.. R. E. L. E. Fig. 83. Second test: after using an astringent wash for a week, asecond test was made. Ophthalmometer.—Astigmatism with the rule, 3.50 D.,axis io(j° j or io° right eye; 5 D., axis 80°+ or 170° - left eye. The subjective test resulted in exactly the same glassesbeing acc
Wild deer running across the fields. Early spring game. Wild animals in Europe. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/wild-deer-running-across-the-fields-early-spring-game-wild-animals-in-europe-image436688543.html
RF2GACTKB–Wild deer running across the fields. Early spring game. Wild animals in Europe.
Cosine wave line on bidimensional plane with two perpendicular axes. Trigonometric function graph. Checkered worksheet background. Cartesian Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cosine-wave-line-on-bidimensional-plane-with-two-perpendicular-axes-trigonometric-function-graph-checkered-worksheet-background-cartesian-image550462677.html
RF2PYFMN9–Cosine wave line on bidimensional plane with two perpendicular axes. Trigonometric function graph. Checkered worksheet background. Cartesian