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Examples of the sources of heat include coal,natural gas and the solar power just but to mention a few.
It is too volatile to heat up with a bunsen burner as it could overheat because you can not regulate the heat that the bunsen burner is set to, whereas with apparatus such as a thermostatic water bath you can set it to a specific temperature.
I think it becomes a black liquid which, when it cools becomes a black powder. it also bubbles and gives off a gas (oxygen I think) that means that the copper sulfate had the oxygen removed making it copper sulfide. (I'm not entirely sure but this is what happened in the practical. Cheers.
No. Heat is not matter.
If you want to
copper sulphate?heat together in an evaporating basin on a gauze above a Bunsen burner and stir maybe?
What is a Bunsen burner heating curve?
The Bunsen burner release energy as heat of combustion.
Examples of the sources of heat include coal,natural gas and the solar power just but to mention a few.
It is too volatile to heat up with a bunsen burner as it could overheat because you can not regulate the heat that the bunsen burner is set to, whereas with apparatus such as a thermostatic water bath you can set it to a specific temperature.
Control of the ratio gas fuel/air in the burner.
it doesn't have a meaning, Robert Bunsen created it so it was thought to him to call his invintion a Bunsen burner!
I think it becomes a black liquid which, when it cools becomes a black powder. it also bubbles and gives off a gas (oxygen I think) that means that the copper sulfate had the oxygen removed making it copper sulfide. (I'm not entirely sure but this is what happened in the practical. Cheers.
A heat poroo
No. Heat is not matter.
The bunsen burner is used to heat items for experiments using a controllable temperature flame and surface area at which the heat is applied to the vessel.
To heat something up