The Modern way in picture making : published as an aid to the amateur photographer . ightshoii a reflection in tlie eves. PORTRAITURE AT HOME. 47 To dissolve the mercury easily, place it together with the water,slightly warmed, in a mortar and grind it. Guard the intensifier in a wide mouth glass stopper bottle and keep itin a secure place, as it isextremely poisonous. Before intensifying seethat the films have beenthorougly fixed in the freshhypo bath as recommended,and then washed in four orfive changes of water for atleast five minutes. After intensification,wash and dry the films inthe usu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-modern-way-in-picture-making-published-as-an-aid-to-the-amateur-photographer-ightshoii-a-reflection-in-tlie-eves-portraiture-at-home-47-to-dissolve-the-mercury-easily-place-it-together-with-the-waterslightly-warmed-in-a-mortar-and-grind-it-guard-the-intensifier-in-a-wide-mouth-glass-stopper-bottle-and-keep-itin-a-secure-place-as-it-isextremely-poisonous-before-intensifying-seethat-the-films-have-beenthorougly-fixed-in-the-freshhypo-bath-as-recommendedand-then-washed-in-four-orfive-changes-of-water-for-atleast-five-minutes-after-intensificationwash-and-dry-the-films-inthe-usu-image342716400.html
RM2AWG27C–The Modern way in picture making : published as an aid to the amateur photographer . ightshoii a reflection in tlie eves. PORTRAITURE AT HOME. 47 To dissolve the mercury easily, place it together with the water,slightly warmed, in a mortar and grind it. Guard the intensifier in a wide mouth glass stopper bottle and keep itin a secure place, as it isextremely poisonous. Before intensifying seethat the films have beenthorougly fixed in the freshhypo bath as recommended,and then washed in four orfive changes of water for atleast five minutes. After intensification,wash and dry the films inthe usu
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. Inductive elementary physical science with inexpensive apparatus, and without laboratory equipment . 6. Place a small tube in the mercury in thesmall bottle. Also use the tube with mercury as adropper. Inferences. 1. Illustrate with drawings. 2. Comparethe two forces in this case with the same in case of waterand glass. Exp. 57. Fill the equal-arm U-tube with water; withthe finger cover one end, invert, and, holding it perpen-dicularly, remove the finger. Inferences. 1. Infer why the Avater does not fall out.2. Name all the forces you can that are operating in this AIB MXFEBIMENTS. 41 experi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/inductive-elementary-physical-science-with-inexpensive-apparatus-and-without-laboratory-equipment-6-place-a-small-tube-in-the-mercury-in-thesmall-bottle-also-use-the-tube-with-mercury-as-adropper-inferences-1-illustrate-with-drawings-2-comparethe-two-forces-in-this-case-with-the-same-in-case-of-waterand-glass-exp-57-fill-the-equal-arm-u-tube-with-water-withthe-finger-cover-one-end-invert-and-holding-it-perpen-dicularly-remove-the-finger-inferences-1-infer-why-the-avater-does-not-fall-out2-name-all-the-forces-you-can-that-are-operating-in-this-aib-mxfebiments-41-experi-image372168060.html
RM2CHDM4C–. Inductive elementary physical science with inexpensive apparatus, and without laboratory equipment . 6. Place a small tube in the mercury in thesmall bottle. Also use the tube with mercury as adropper. Inferences. 1. Illustrate with drawings. 2. Comparethe two forces in this case with the same in case of waterand glass. Exp. 57. Fill the equal-arm U-tube with water; withthe finger cover one end, invert, and, holding it perpen-dicularly, remove the finger. Inferences. 1. Infer why the Avater does not fall out.2. Name all the forces you can that are operating in this AIB MXFEBIMENTS. 41 experi
. Inductive elementary physical science with inexpensive apparatus, and without laboratory equipment . £xp. 53. 40 INDUCTIVE PHYSICS, Exp. 55. With a clean disk of glass and one oi metal(or two of glass), a match, and two rubber bands, con-struct the apparatus illustrated. Immerse in water to wetthe inner surfaces of the plates, then stand in shallowwater. Infeeences. 1. Illustrate with a drawing, and explain.2. Look also for a result of the same force in a tumbler ofwater.. Exp. 55. Exp. SB. Exp. 56. Place a small tube in the mercury in thesmall bottle. Also use the tube with mercury as adrop Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/inductive-elementary-physical-science-with-inexpensive-apparatus-and-without-laboratory-equipment-xp-53-40-inductive-physics-exp-55-with-a-clean-disk-of-glass-and-one-oi-metalor-two-of-glass-a-match-and-two-rubber-bands-con-struct-the-apparatus-illustrated-immerse-in-water-to-wetthe-inner-surfaces-of-the-plates-then-stand-in-shallowwater-infeeences-1-illustrate-with-a-drawing-and-explain2-look-also-for-a-result-of-the-same-force-in-a-tumbler-ofwater-exp-55-exp-sb-exp-56-place-a-small-tube-in-the-mercury-in-thesmall-bottle-also-use-the-tube-with-mercury-as-adrop-image372168898.html
RM2CHDN6A–. Inductive elementary physical science with inexpensive apparatus, and without laboratory equipment . £xp. 53. 40 INDUCTIVE PHYSICS, Exp. 55. With a clean disk of glass and one oi metal(or two of glass), a match, and two rubber bands, con-struct the apparatus illustrated. Immerse in water to wetthe inner surfaces of the plates, then stand in shallowwater. Infeeences. 1. Illustrate with a drawing, and explain.2. Look also for a result of the same force in a tumbler ofwater.. Exp. 55. Exp. SB. Exp. 56. Place a small tube in the mercury in thesmall bottle. Also use the tube with mercury as adrop
. Dairy laboratory guide. Dairying. CONDENSING MILK 101 or 30 inches. Tie rubber and glass connections se- curely. Heat milk over flame at 130° F. and allow to boil for from six to eight hours until the milk has a consistency of very thick cream. Examine and taste.. Fig. 47. — Condensing Milk. (6) block of wood; (m) mercury in bottle; (c) gradu- ated cylinder; (s) suction from Bunsen pump; (t) thermometer; (Z) lamp or Bun- sen burner. 2. Condense milk as above, but allow to remain at 90° F. instead of boiling-point during several labo- ratory periods until it has entirely dried. Pulverize with Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/dairy-laboratory-guide-dairying-condensing-milk-101-or-30-inches-tie-rubber-and-glass-connections-se-curely-heat-milk-over-flame-at-130-f-and-allow-to-boil-for-from-six-to-eight-hours-until-the-milk-has-a-consistency-of-very-thick-cream-examine-and-taste-fig-47-condensing-milk-6-block-of-wood-m-mercury-in-bottle-c-gradu-ated-cylinder-s-suction-from-bunsen-pump-t-thermometer-z-lamp-or-bun-sen-burner-2-condense-milk-as-above-but-allow-to-remain-at-90-f-instead-of-boiling-point-during-several-labo-ratory-periods-until-it-has-entirely-dried-pulverize-with-image232097258.html
RMRDGXBP–. Dairy laboratory guide. Dairying. CONDENSING MILK 101 or 30 inches. Tie rubber and glass connections se- curely. Heat milk over flame at 130° F. and allow to boil for from six to eight hours until the milk has a consistency of very thick cream. Examine and taste.. Fig. 47. — Condensing Milk. (6) block of wood; (m) mercury in bottle; (c) gradu- ated cylinder; (s) suction from Bunsen pump; (t) thermometer; (Z) lamp or Bun- sen burner. 2. Condense milk as above, but allow to remain at 90° F. instead of boiling-point during several labo- ratory periods until it has entirely dried. Pulverize with
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