I would assume that the water evaporates.
Gold does not produce a flame color when burned. When heated, gold will melt and form a shiny, metallic liquid.
It is heated.
Copper(II) nitrate will turn from green to black when heated due to the decomposition of the compound. The green color is due to the presence of copper ions, which decompose into copper oxide when heated, resulting in the color change to black.
Adding a green dye or mixing blue and yellow liquids can turn a liquid green.
The color of barium in flame is pale green.
Gold does not produce a flame color when burned. When heated, gold will melt and form a shiny, metallic liquid.
Boron is the element that gives a green flame when it is heated.
The radiator is located in front of your car under the mask, relese the lever under the dash than open the hood.Radiator is usualy labled, but if not look for plastic reservoir tank usualy with green liquid.
theres two on both sides on the car..on top of the radiator.. they are green and look like they have liquid in them thats wrong!
Antifreeze is typically green, but the newer stuff is "gold". If you're getting red liquid leaking from the radiator it's probably the transmission coolant line.
There are many. One example of a liquid that is green is methadone.
It's called anti-freeze. It is the primary liquid in your engine cooling system and it belongs inside the radiator. You probably have a hose or clamp that needs replaced.
Antifreeze is green in color and is leaking from your radiator .
It is heated.
Adding a green dye or mixing blue and yellow liquids can turn a liquid green.
Copper(II) nitrate will turn from green to black when heated due to the decomposition of the compound. The green color is due to the presence of copper ions, which decompose into copper oxide when heated, resulting in the color change to black.
When copper wire is heated, the atoms within the wire vibrate more vigorously, leading to an increase in kinetic energy. This causes the wire to expand slightly in length and thickness. If heated excessively, the wire can eventually melt and transform into a liquid state.