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How do you get copper chloride?
Methods for obtaining monovalent copper chloride CuCl In industry, copper(I) chloride is obtained by the interaction of chlorine and an abundance of copper in a flux of copper(I) chloride at high temperature.
How do you burn copper chloride?
Use about a pound of copper chloride on a campfire that’s 3-5 feet in diameter. The fire will immediately turn blue, and will continue to burn that way for 5-15 minutes. Do not use this method indoors or in any enclosed area, as the gas is noxious.
What Colour does copper chloride burn?
blue/
The flame will color as follows: Barium Chloride: light green. Calcium Chloride: orange red. Copper Chloride: blue/green.
How much does copper chloride cost?
The cost for copper chloride injectable solution (0.4 mg/mL) is around $434 for a supply of 250 milliliters, depending on the pharmacy you visit.
What happens when you add copper chloride to water?
Copper(II) chloride is a blue-green solid. When placed in water, the crystals turn bright green with a slight blue tinge in the water above the crystals. When stirred, the crystals dissolve and form a light blue solution.
Does copper chloride dissolve?
Water
Copper(II) chloride/Soluble in
Although CuCl is insoluble in water, it dissolves in aqueous solutions containing suitable donor molecules. It forms complexes with halide ions, for example forming H3O+ CuCl2− in concentrated hydrochloric acid.
What happens when you burn copper chloride?
Copper(II) chloride imparts a bright green color to a flame. A bright green color is imparted to the flame by copper(II) chloride. The color is so bright that in some cases it appears white. Metal salts introduced into a flame give off light characteristic of the metal.
What does fire do to copper?
When you burned the skewer tip coated with copper sulfate, you should have seen that the flame gained blue-green traces. This is because when the metal copper is burned, it makes bluish-green light. If an atom’s electrons lose energy, they drop down to a lower energy level, and the lost energy can be released as light.