Copper sulphate solution hi-res stock photography and images

iron nail being copper plated by displacing copper from copper sulphate solution Stock Photo

RMANA3C0–iron nail being copper plated by displacing copper from copper sulphate solution

Copper Sulfate solution in a glass gas jar Stock Photo

RMAMMP0G–Copper Sulfate solution in a glass gas jar

Petri dishes of copper sulphate solution isolated on white background Stock Photo

RFKBH21Y–Petri dishes of copper sulphate solution isolated on white background

Heating water and copper sulphate solution with bunsen burner, leaving blue copper sulphate crystals Stock Photo

RMFF02NW–Heating water and copper sulphate solution with bunsen burner, leaving blue copper sulphate crystals

An old engraving of Daniell’s battery cell of 1836. It is from a book of the 1890s on discoveries and inventions during the 1800s. The cell is a type of electrochemical cell invented in 1836 by John Frederic Daniell (1790–1845), a British chemist and meteorologist, and consists of a copper pot filled with a copper sulphate solution, in which is immersed an unglazed earthenware container filled with sulphuric acid and a zinc electrode (a single cell is shown left, the battery right). It was a great improvement over the existing technology. Stock Photo

RM2HBDJJ2–An old engraving of Daniell’s battery cell of 1836. It is from a book of the 1890s on discoveries and inventions during the 1800s. The cell is a type of electrochemical cell invented in 1836 by John Frederic Daniell (1790–1845), a British chemist and meteorologist, and consists of a copper pot filled with a copper sulphate solution, in which is immersed an unglazed earthenware container filled with sulphuric acid and a zinc electrode (a single cell is shown left, the battery right). It was a great improvement over the existing technology.

Glass beaker containing copper strips connected to electrodes in copper sulphate solution (copper purification) Stock Photo

RMPFPTB3–Glass beaker containing copper strips connected to electrodes in copper sulphate solution (copper purification)

Two tubes illustrating displacement of metal elements from solution Copper displaces the iron Stock Photo

RMABFF16–Two tubes illustrating displacement of metal elements from solution Copper displaces the iron

Close up of microscale electrolysis equipment in the process of copper sulphate electrolysis Stock Photo

RFRERX5A–Close up of microscale electrolysis equipment in the process of copper sulphate electrolysis

Flask with copper sulfate solution Stock Photo

RFHTR08J–Flask with copper sulfate solution

Making hydrogen gas by reacting, zinc metal with copper sulphate solution and sulphuric acid Stock Photo

RFRP1CK2–Making hydrogen gas by reacting, zinc metal with copper sulphate solution and sulphuric acid

A farmer applying insecticides to his potato crop. Legs of a man in personal protective equipment for the application of pesticides. A man sprays potato bushes with a solution of copper sulphate. Stock Photo

RF2PR6AF9–A farmer applying insecticides to his potato crop. Legs of a man in personal protective equipment for the application of pesticides. A man sprays potato bushes with a solution of copper sulphate.

Cathodes put into electrolytic solution to get copper powder Stock Photo

RF2K6FPRW–Cathodes put into electrolytic solution to get copper powder

Making copper sulphate crystals in a UK school science experiment Stock Photo

RF2AYW6AB–Making copper sulphate crystals in a UK school science experiment

Engraving depicting John Frederic Daniell's element in a modified form. A glass vessel containing diluted sulphuric acid: inside is a zinc cylinder (Z) surrounding a porous vessel containing a copper tube and a solution of sulphate of copper. Stock Photo

RM2CWBK5X–Engraving depicting John Frederic Daniell's element in a modified form. A glass vessel containing diluted sulphuric acid: inside is a zinc cylinder (Z) surrounding a porous vessel containing a copper tube and a solution of sulphate of copper.

3D image of Copper II sulfate skeletal formula - molecular chemical structure of inorganic compound Blue vitriol isolated on white background Stock Photo

RF2KFJ69M–3D image of Copper II sulfate skeletal formula - molecular chemical structure of inorganic compound Blue vitriol isolated on white background

A copper sulphate crystal growing in a saturated solution in a glass as a school science project on crystallization Stock Photo

RME736MX–A copper sulphate crystal growing in a saturated solution in a glass as a school science project on crystallization

Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . immediate use; on the copper side is placedsulphate of copper (CuS04), dissolved in water, together withsome sulphate of copper crystals (bluestone) to maintain thesupply of copper sulphate solution. When the circuit isclosed, as shown by Fig. 84, the zinc combines with the(S0+) of the sulphuric acid forming sulphate of zinc(ZnSO ), and thus sets free the two molecules of hydrogen(H2). 0 PRACTICAL ELECTRICITY. This hydrogen gas passes through the porous partition,but instead of colle Stock Photo

RM2AN7KPP–Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . immediate use; on the copper side is placedsulphate of copper (CuS04), dissolved in water, together withsome sulphate of copper crystals (bluestone) to maintain thesupply of copper sulphate solution. When the circuit isclosed, as shown by Fig. 84, the zinc combines with the(S0+) of the sulphuric acid forming sulphate of zinc(ZnSO ), and thus sets free the two molecules of hydrogen(H2). 0 PRACTICAL ELECTRICITY. This hydrogen gas passes through the porous partition,but instead of colle

Chemical reaction copper wire and argentum liquid Stock Photo

RF2D1M083–Chemical reaction copper wire and argentum liquid

Abstract chemical copper background with chaotic pattern Stock Photo

RF2DCT6G7–Abstract chemical copper background with chaotic pattern

an iron nail being removed from a beaker of copper sulphate solution after it has been copper plated it has displaced copper Stock Photo

RMANA329–an iron nail being removed from a beaker of copper sulphate solution after it has been copper plated it has displaced copper

Abstract of petri dishes containing copper sulfate solution. Chemical formula. Stock Photo

RFR856JC–Abstract of petri dishes containing copper sulfate solution. Chemical formula.

RFKBH20D–Petri dishes of copper sulphate solution isolated on white background

Single replacement reaction, illustration Stock Photo

RF2A33HE9–Single replacement reaction, illustration

Glass ampoules containing iron supplement solution to treat anaemia. Stock Photo

RF2J8N7PM–Glass ampoules containing iron supplement solution to treat anaemia.

Solid metallic copper at bottom of glass beaker containing Zinc sulphate solution, beaker of blue copper sulphate solution, and zinc metal shavings on watchglass Stock Photo

RMPFH3FY–Solid metallic copper at bottom of glass beaker containing Zinc sulphate solution, beaker of blue copper sulphate solution, and zinc metal shavings on watchglass

School science laboratory with bottles of chemicals ready for an experiment, a bottle of potassium chromate solution in front. Stock Photo

RMBNB7F3–School science laboratory with bottles of chemicals ready for an experiment, a bottle of potassium chromate solution in front.

Battery connected to a copper pipe and a key in copper sulphate solution, copper plating. Stock Photo

RMFF02N2–Battery connected to a copper pipe and a key in copper sulphate solution, copper plating.

Crystal and water solution of copper sulphate Stock Photo

RFHE27GT–Crystal and water solution of copper sulphate

Experiment showing crystal formation, copper (II) sulphate solution after one hour Stock Photo

RMPFM7Y7–Experiment showing crystal formation, copper (II) sulphate solution after one hour

RF2PR6AEN–A farmer applying insecticides to his potato crop. Legs of a man in personal protective equipment for the application of pesticides. A man sprays potato bushes with a solution of copper sulphate.

RF2KEB6R0–Cathodes put into electrolytic solution to get copper powder

medicinally medical algae vessel copper laboratory solution watchword sulphate Stock Photo

RFJ5G4G1–medicinally medical algae vessel copper laboratory solution watchword sulphate

RF2AYW67J–Making copper sulphate crystals in a UK school science experiment

A scientist adding drops of a solution from a pipette into a conical flask with a blue solution Stock Photo

RFDRH5PW–A scientist adding drops of a solution from a pipette into a conical flask with a blue solution

full frame background and texture of blue copper sulfate granules - close-up. Stock Photo

RF2E42372–full frame background and texture of blue copper sulfate granules - close-up.

Laboratory exercises to accompany Carhart and Chute's First principles of physics . ype into the wax,until a clean-cut impressionextends nearly but not quitethrough the wax, when the typeis removed. Dust the impres-sion again with graphite, tak-ing care not to mar the outline. With a brush and meltedbeeswax, coat the back andedges of the lead strip up to thepoint where it is to be clamped. Clamp the lead and copperstrips in place, so that theimpression is toward the copper strip. Immerse thestrips in a tumbler of copper sulphate solution. Theelectrodes should be about one centimeter apart. Ar- Stock Photo

RM2ANJ892–Laboratory exercises to accompany Carhart and Chute's First principles of physics . ype into the wax,until a clean-cut impressionextends nearly but not quitethrough the wax, when the typeis removed. Dust the impres-sion again with graphite, tak-ing care not to mar the outline. With a brush and meltedbeeswax, coat the back andedges of the lead strip up to thepoint where it is to be clamped. Clamp the lead and copperstrips in place, so that theimpression is toward the copper strip. Immerse thestrips in a tumbler of copper sulphate solution. Theelectrodes should be about one centimeter apart. Ar-

. The encyclopedia of practical horticulture; a reference system of commercial horticulture, covering the practical and scientific phases of horticulture, with special reference to fruits and vegetables;. Gardening; Fruit-culture; Vegetable gardening. CUCUMBER DISEASES—CUCUMBER PESTS 857 Massachusetts Experiment Station Bulle- tin 55. In thus handling the soil due time must be given for draining and dry- ^^^' A. D. Selby Powdery Mildew Erysiphe cichoracearum DC. Frequent in hothouses, but not trouble- some elsewhere. Selby recommends a dilute copper sulphate solution. Keference Ohio Experiment Stock Photo

RMPFY1BT–. The encyclopedia of practical horticulture; a reference system of commercial horticulture, covering the practical and scientific phases of horticulture, with special reference to fruits and vegetables;. Gardening; Fruit-culture; Vegetable gardening. CUCUMBER DISEASES—CUCUMBER PESTS 857 Massachusetts Experiment Station Bulle- tin 55. In thus handling the soil due time must be given for draining and dry- ^^^' A. D. Selby Powdery Mildew Erysiphe cichoracearum DC. Frequent in hothouses, but not trouble- some elsewhere. Selby recommends a dilute copper sulphate solution. Keference Ohio Experiment

Spraying an apple tree with fruits from codling moth and aphids. Treatment of apple trees with copper sulphate and ammonia. Stock Photo

RF2PCTXYR–Spraying an apple tree with fruits from codling moth and aphids. Treatment of apple trees with copper sulphate and ammonia.

An iron nail in copper sulphate solution becomes coated with copper Stock Photo

RMB3J5FK–An iron nail in copper sulphate solution becomes coated with copper

RF2JRPGD2–chemical blue earth

RFKBH228–Petri dishes of copper sulphate solution isolated on white background

Single displacement reaction, illustration Stock Photo

RF2A33HH7–Single displacement reaction, illustration

RF2J8N8B0–Glass ampoules containing iron supplement solution to treat anaemia.

processes to the society does not afford them the pro tection of a patent which should be applied for before the competition. for an excellent disinfectant: Four pounds of crude sulphate of iron or two pounds of sulphate of copper are dissolved in hot water to which two ounces of sul phuric acid are added. Mix witb the Solution while bottles. When this powerful remedy cannot be ap plied in its fluid state dry sawdukt thorougbly moist ened with it may be scattered over the Boor of a dark room or other places to be disinfected, scientific american, 1887-01-15 Stock Photo

RM2ABX1HC–processes to the society does not afford them the pro tection of a patent which should be applied for before the competition. for an excellent disinfectant: Four pounds of crude sulphate of iron or two pounds of sulphate of copper are dissolved in hot water to which two ounces of sul phuric acid are added. Mix witb the Solution while bottles. When this powerful remedy cannot be ap plied in its fluid state dry sawdukt thorougbly moist ened with it may be scattered over the Boor of a dark room or other places to be disinfected, scientific american, 1887-01-15

Diseases of cultivated plants and Diseases of cultivated plants and trees diseasesofcultiv00massuoft Year: [1910?] SPHAERELLA 193 which should consequently be cleared out and spread over grass land. If in a house, after the soil has been removed, every part of the structure should be thoroughly drenched with a solution of sulphate of copper—one pound to fifteen Fig. 51.—Hypomyces perniciosKs. i, mushrooms deformed by the fungus, half nat. size ; 2, conidia of the fungus, highly mag. gallons of water; this should be repeated twice at an interval of about three weeks. Jour71. Bd. Agric. Lea Stock Photo

RMT1HHTK–Diseases of cultivated plants and Diseases of cultivated plants and trees diseasesofcultiv00massuoft Year: [1910?] SPHAERELLA 193 which should consequently be cleared out and spread over grass land. If in a house, after the soil has been removed, every part of the structure should be thoroughly drenched with a solution of sulphate of copper—one pound to fifteen Fig. 51.—Hypomyces perniciosKs. i, mushrooms deformed by the fungus, half nat. size ; 2, conidia of the fungus, highly mag. gallons of water; this should be repeated twice at an interval of about three weeks. Jour71. Bd. Agric. Lea

. Fig. 92.—Plu-agmidium stibcorticatum. i, rose branch and leaves with aecidium stage of fungus ; 2, rose leaf with teleutospores ; 3, teleutospores ; 4, uredospores. Figs, i and 2 nat. size, remainder highly mag. been attacked should be drenched with a solution of sulphate of copper during the winter. Raspberry rust {Phragmidium rubi-idaei, Winter) pro- duces its three stages on the raspberry plant. The aecidium condition appears first on the upper surface of the leaves in the month of June, under the form of greenish-yellow pustules, usually arranged in broken circles. The uredo stage appear Stock Photo

RMMCKCAR–. Fig. 92.—Plu-agmidium stibcorticatum. i, rose branch and leaves with aecidium stage of fungus ; 2, rose leaf with teleutospores ; 3, teleutospores ; 4, uredospores. Figs, i and 2 nat. size, remainder highly mag. been attacked should be drenched with a solution of sulphate of copper during the winter. Raspberry rust {Phragmidium rubi-idaei, Winter) pro- duces its three stages on the raspberry plant. The aecidium condition appears first on the upper surface of the leaves in the month of June, under the form of greenish-yellow pustules, usually arranged in broken circles. The uredo stage appear

Copper sulfate - crystal and water solution Stock Photo

RFHE27GR–Copper sulfate - crystal and water solution

Flasks with dissolved inorganic salts - potassium permanganate and copper sulphate Stock Photo

RFHF9B1J–Flasks with dissolved inorganic salts - potassium permanganate and copper sulphate

RF2JFFYGJ–Cathodes put into electrolytic solution to get copper powder

blue medicinally medical industry algae vessel copper turquoise means agent Stock Photo

RFJ5FPEP–blue medicinally medical industry algae vessel copper turquoise means agent

RF2AYW67X–Making copper sulphate crystals in a UK school science experiment

RF2E49XNJ–full frame background and texture of blue copper sulfate granules - close-up.

An elementary book on electricity and magnetism and their applications . up their negative chargesof electricity and react with the water (H20) to form sulphuricacid (H2SO4) and to set free oxygen (02). In this way thesulphuric acid, which is added to conduct the electricity, isnot used up, while the water (2 H20) is broken into hydrogen(2 H2) and oxygen (02). 180. Electrolytic cells in series. Suppose two electrolyticcells, one with copper plates in copper sulphate solution andthe other with silver platesin silver nitrate solution,are connected in series, asshown in figure 186, so thatthe sam Stock Photo

RM2AJ1ECB–An elementary book on electricity and magnetism and their applications . up their negative chargesof electricity and react with the water (H20) to form sulphuricacid (H2SO4) and to set free oxygen (02). In this way thesulphuric acid, which is added to conduct the electricity, isnot used up, while the water (2 H20) is broken into hydrogen(2 H2) and oxygen (02). 180. Electrolytic cells in series. Suppose two electrolyticcells, one with copper plates in copper sulphate solution andthe other with silver platesin silver nitrate solution,are connected in series, asshown in figure 186, so thatthe sam

RF2J02W9N–full frame background and texture of blue copper sulfate granules - close-up

RF2R9PPM4–Spraying an apple tree with fruits from codling moth and aphids. Treatment of apple trees with copper sulphate and ammonia.

an iron nail in copper sulphate solution at the start of plating Stock Photo

RMANA1BD–an iron nail in copper sulphate solution at the start of plating

. Diseases of economic plants . Plant diseases. FUNGICIDES 27 gallon of this solution contains 2 pounds of copper sul- phate, and the necessity for further weighing is avoided. This solution will remain good for any length of time if the water evaporated is replaced. In order to dissolve the copper sulphate, suspend it in a coarse bag near the top of the water in a barrel. In this. Fig. 8. — A convenient arrangement for mixing Bordeaux mixture. After Vermont Agricultural Experiment Station. way it will dissolve in a few hours. If it is placed in the bottom of a barrel, it will dissolve but slo Stock Photo

RMPG4FAE–. Diseases of economic plants . Plant diseases. FUNGICIDES 27 gallon of this solution contains 2 pounds of copper sul- phate, and the necessity for further weighing is avoided. This solution will remain good for any length of time if the water evaporated is replaced. In order to dissolve the copper sulphate, suspend it in a coarse bag near the top of the water in a barrel. In this. Fig. 8. — A convenient arrangement for mixing Bordeaux mixture. After Vermont Agricultural Experiment Station. way it will dissolve in a few hours. If it is placed in the bottom of a barrel, it will dissolve but slo

RFKBH20N–Petri dishes of copper sulphate solution isolated on white background

Double displacement reaction, illustration Stock Photo

RF2A33HGX–Double displacement reaction, illustration

RF2J8N7T4–Glass ampoules containing iron supplement solution to treat anaemia.

bustion are termed supporters of combustion I face is composed—whether of rocks that rise Longmald's Improvement In Separating Me tals from their Ores. A very interesting paper was read before the London Society of Arts in their last meet ing in April last on Longmaid's Process for Separating Metals from their Ores. When common salt and minerals containing silver copper iron amd sulphur are mixed to gether and exposed to the combined action of heat and atmospheric air mutual decomposi tion ensues with formation of sulphate of soda and chloride of silver and copper soluble in the alkaline Stock Photo

RM2ABTK6Y–bustion are termed supporters of combustion I face is composed—whether of rocks that rise Longmald's Improvement In Separating Me tals from their Ores. A very interesting paper was read before the London Society of Arts in their last meet ing in April last on Longmaid's Process for Separating Metals from their Ores. When common salt and minerals containing silver copper iron amd sulphur are mixed to gether and exposed to the combined action of heat and atmospheric air mutual decomposi tion ensues with formation of sulphate of soda and chloride of silver and copper soluble in the alkaline

Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlecturesons00wall Year: 1903 FIG. 53-—Circular areas of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion MnO4, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kat Stock Photo

RMRX7D70–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlecturesons00wall Year: 1903 FIG. 53-—Circular areas of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion MnO4, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kat

. Fig. 23.—Early Stage of Foot-Rot. Fig. 24.—Advanced Foot-Rot. the sole, and gather the offending matter. When the disease occurs, carefully dress the sores with any prepared hoof ointment, after washing them in a solution of one pound of sulphate of cop- per in 5 gallons of water, and in the same proportion as one ounce to 1^ quarts of water. An excellent ointment for the feet so diseased is made in this way: Melt four parts of Burgundy pitch, add one part of vaseline, one part of turpentine, and one part of acetate of copper finely powdered, and stir until cool. Apply this to the pores. Kee Stock Photo

RMMCJ3GA–. Fig. 23.—Early Stage of Foot-Rot. Fig. 24.—Advanced Foot-Rot. the sole, and gather the offending matter. When the disease occurs, carefully dress the sores with any prepared hoof ointment, after washing them in a solution of one pound of sulphate of cop- per in 5 gallons of water, and in the same proportion as one ounce to 1^ quarts of water. An excellent ointment for the feet so diseased is made in this way: Melt four parts of Burgundy pitch, add one part of vaseline, one part of turpentine, and one part of acetate of copper finely powdered, and stir until cool. Apply this to the pores. Kee

Various inorganic salts and Erlenmeyer flask with copper sulphate dissolved Stock Photo

RFHF9B1F–Various inorganic salts and Erlenmeyer flask with copper sulphate dissolved

RF2K9JN5H–Cathodes put into electrolytic solution to get copper powder

RF2AYW6AE–Making copper sulphate crystals in a UK school science experiment

RF2AYW6AC–Making copper sulphate crystals in a UK school science experiment

. Practical electricity in medicine and surgery. Fig. SO. Fiu. 87. single fluid by two fluids. In these batteries two solutions areemployed, and they are separated from each other either bytaking advantage of their different specific gravities or by meansof porous earthenware vessels. Daniell Cell.—Probably the best-known type of the two-fluid cell is that called the Daniell Element (Fig. 86). In thiscell the fluids are a saturated solution of sulphate of copper,CS, and a semi-saturated solution of sulphate of zinc, ZS.In the copper-sulphate solution is placed a sheet of metalliccopper, C, and Stock Photo

RM2AFNWPD–. Practical electricity in medicine and surgery. Fig. SO. Fiu. 87. single fluid by two fluids. In these batteries two solutions areemployed, and they are separated from each other either bytaking advantage of their different specific gravities or by meansof porous earthenware vessels. Daniell Cell.—Probably the best-known type of the two-fluid cell is that called the Daniell Element (Fig. 86). In thiscell the fluids are a saturated solution of sulphate of copper,CS, and a semi-saturated solution of sulphate of zinc, ZS.In the copper-sulphate solution is placed a sheet of metalliccopper, C, and

RF2J00F2Y–full frame background and texture of blue copper sulfate granules - close-up

copper plated nail being removed from copper sulphate solution Stock Photo

RMANA1B8–copper plated nail being removed from copper sulphate solution

. The American fruit culturist, containing directions for the propagation and culture of all fruits adapted to the United States. Fruit-culture. 234 THE DISEASES OF FRUITS. the winter the vines and trellises may well be treated with a wash of copper sulphate, one pound to thirty gallons of water. This use of the plain bluestone solution is of special value as a cleansing solution, and can be safely employed upon stems not leaf-bearing at the time. Last, but not least, is the use of Bordeaux upon the vines during the growing season, with cupram as the fruit nears maturity. In this way there is Stock Photo

RMPG00TK–. The American fruit culturist, containing directions for the propagation and culture of all fruits adapted to the United States. Fruit-culture. 234 THE DISEASES OF FRUITS. the winter the vines and trellises may well be treated with a wash of copper sulphate, one pound to thirty gallons of water. This use of the plain bluestone solution is of special value as a cleansing solution, and can be safely employed upon stems not leaf-bearing at the time. Last, but not least, is the use of Bordeaux upon the vines during the growing season, with cupram as the fruit nears maturity. In this way there is

RFKBH21X–Petri dishes of copper sulphate solution isolated on white background

Precipitation reaction, illustration Stock Photo

RF2A33HCY–Precipitation reaction, illustration

RF2J8N883–Glass ampoules containing iron supplement solution to treat anaemia.

Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlectureson00wall Year: 1903 Fig. 53.—Circular areae of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion Mn04, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kati Stock Photo

RMRX7D6N–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect eightlectureson00wall Year: 1903 Fig. 53.—Circular areae of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion Mn04, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kati

. Eight lectures on the signs of life from their electrical aspect . Fig. 53.—Circular areae of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion Mn04, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kation Cu, which travels down stream and enters the body at th Stock Photo

RMMA7GC0–. Eight lectures on the signs of life from their electrical aspect . Fig. 53.—Circular areae of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion Mn04, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kation Cu, which travels down stream and enters the body at th

Chemical glassware on white background Stock Photo

RMHF9B1G–Chemical glassware on white background

RF2JCP3NB–Cathodes put into electrolytic solution to get copper powder

Measuring cylinder, volumetric flask and protective glasses Stock Photo

RMFA2YRW–Measuring cylinder, volumetric flask and protective glasses

RF2AYW6C6–Making copper sulphate crystals in a UK school science experiment

Modern surgery, general and operative . ize for at least a year, and leave ineradicable scars.This condition is due to a protozoon. Man is infected by means of flies,lice, or other insects. The Aleppo boil was once apparently confined to India,Arabia, Persia, Egypt, Algeria,- etc. Of late it is said to have appeared inPanama, the Philippine Islands, and Hawaii. Treatment.—Excision of ulcers has been advocated; so has cauterization.A useful treatment is to dress the areas with copper sulphate solution, graduallyincreasing the strength from i per cent, to 5 per cent. Carbuncle {benign anthrax) i Stock Photo

RM2AJ19NT–Modern surgery, general and operative . ize for at least a year, and leave ineradicable scars.This condition is due to a protozoon. Man is infected by means of flies,lice, or other insects. The Aleppo boil was once apparently confined to India,Arabia, Persia, Egypt, Algeria,- etc. Of late it is said to have appeared inPanama, the Philippine Islands, and Hawaii. Treatment.—Excision of ulcers has been advocated; so has cauterization.A useful treatment is to dress the areas with copper sulphate solution, graduallyincreasing the strength from i per cent, to 5 per cent. Carbuncle {benign anthrax) i

RF2AYW6AD–Making copper sulphate crystals in a UK school science experiment

RF2J03T58–full frame background and texture of blue copper sulfate granules - close-up

an iron nail after being left in copper sulphate solution Stock Photo

RMANA1BA–an iron nail after being left in copper sulphate solution

. Beginners' guide to fruit growing : a simple statement of the elementary practices of propagation, planting, culture, fertilization, pruning, spraying, etc. Fruit-culture. SPRAYING n Spraying are apple scab, apple tree canker, peach leaf curl and black knot of plum. BORDEAUX MIXTURE The standard solution for the prevention of fungous attacks is the bordeaux mixture composed of lime and copper sulphate. This is the great and ,^..i'Z>^. i FIG. 39—SPRING CAMPAIGN AGAINST SAN JOSE SCALE original spraying solution, and the one still most widely used. It is effective in the prevention of most p Stock Photo

RMPG4F4T–. Beginners' guide to fruit growing : a simple statement of the elementary practices of propagation, planting, culture, fertilization, pruning, spraying, etc. Fruit-culture. SPRAYING n Spraying are apple scab, apple tree canker, peach leaf curl and black knot of plum. BORDEAUX MIXTURE The standard solution for the prevention of fungous attacks is the bordeaux mixture composed of lime and copper sulphate. This is the great and ,^..i'Z>^. i FIG. 39—SPRING CAMPAIGN AGAINST SAN JOSE SCALE original spraying solution, and the one still most widely used. It is effective in the prevention of most p

RFKBH20C–Petri dishes of copper sulphate solution isolated on white background

RF2J8N8AE–Glass ampoules containing iron supplement solution to treat anaemia.

RMRYT2HM–Eight lectures on the signs Eight lectures on the signs of life from their electrical aspect . eightlectureson00wall Year: 1903 Fig. 53.—Circular areae of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion Mn04, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the ka

. Eight lectures on the signs of life from their electrical aspect . FIG. 53-—Circular areas of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion MnO4, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kation Cu, which travels down stream and enters the body at th Stock Photo

RMMA7G8R–. Eight lectures on the signs of life from their electrical aspect . FIG. 53-—Circular areas of skin of the forearm that have served as electrodes to a constant current for a few minutes. In the upper pair of circles the two electrodes in contact with the skin were a solution of permanganate of potash ; the coloured ion was the anion MnO4, which travels up stream and enters the body at the kathode. In the lower pair of circles, the two electrodes in contact with the skin were a solution of copper sulphate ; the coloured ion was the kation Cu, which travels down stream and enters the body at th

RF2JCBREJ–Cathodes put into electrolytic solution to get copper powder

Pure, crystalline salts and their solutions in laboratory glassware. Stock Photo

RFFA2YWJ–Pure, crystalline salts and their solutions in laboratory glassware.

Three colour salt solutions in laboratory glassware Stock Photo

RFF8TB05–Three colour salt solutions in laboratory glassware

. The Ontario high school physics. is placed at the bottom. The copper sulphate being denser than the zinc sulphate, sinks to the bottom, while the zinc sulphate floats above about the zinc plate. The copper sulphate solution is kept concentrated by placing crystals of the salt in a basket in the .outer vessel (Fig. 490), or at the bottom about the copper plate (Fig. 491). Tlie Daniell cell is capable of Fio. 491.—Gravity cell. Z, zinc plate; . ..A, zinc sulphate solution; B, copper giving a continuous current tor sulphate solution ; C, crystals of copper an indefinite period if the materials Stock Photo

RM2CEG3FP–. The Ontario high school physics. is placed at the bottom. The copper sulphate being denser than the zinc sulphate, sinks to the bottom, while the zinc sulphate floats above about the zinc plate. The copper sulphate solution is kept concentrated by placing crystals of the salt in a basket in the .outer vessel (Fig. 490), or at the bottom about the copper plate (Fig. 491). Tlie Daniell cell is capable of Fio. 491.—Gravity cell. Z, zinc plate; . ..A, zinc sulphate solution; B, copper giving a continuous current tor sulphate solution ; C, crystals of copper an indefinite period if the materials

RF2AYW67Y–Making copper sulphate crystals in a UK school science experiment

RF2J02W8M–full frame background and texture of blue copper sulfate granules - close-up

an iron nail being put into a beaker of copper sulphate solution in order to copper plate it iron displaces copper from solution Stock Photo

RMANA327–an iron nail being put into a beaker of copper sulphate solution in order to copper plate it iron displaces copper from solution

RMPG00WR–. The American fruit culturist, containing directions for the propagation and culture of all fruits adapted to the United States. Fruit-culture. 2l6 THE DISEASES OP FRUITS. tub or other wooden vessel filled with water. Hot water will greatly hasten the solution if it is desired. In preparing the full formula of sixty gallons, slowly pour a ten-gallon solution of the copper sulphate into twenty gallons of the lime wash, stirring thoroughly, after which the mixture is to be diluted to sixty gallons. For the application a force pump of some durable kind at- tached to a tank and mounted upon wheel

RFKBH218–Petri dishes of copper sulphate solution isolated on white background

RF2J8N7WD–Glass ampoules containing iron supplement solution to treat anaemia.

Metal cathodes covered with overgrowth copper powder Stock Photo

RF2KAE9XG–Metal cathodes covered with overgrowth copper powder

Copper sulphate solution Stock Photos and Images

Copper sulphate solution Stock Photos and Images

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