1. thermal dissociation (decomposition)
2. electrolysis
Chemicals can be split up through chemical reactions, such as decomposition reactions where a compound breaks down into simpler substances. Another method is through physical processes like distillation or filtration, which separate components based on differences in properties like boiling point or solubility.
After chemical reactions.
Split air conditioners are amazingly energy efficient with EER ratios of up to 20 or more. So for every BTU of heat they remove, they take up to 1/20 of a BTU in electricity.
Electrolysis.
yes. the more electricity the hotter.
Chemical elements cannot be split up into simpler substances using heat alone. However, some compounds can be broken down into elements through chemical reactions that involve heat, such as thermal decomposition.
electricity
Yes, it is possible: thermal decomposition and electrolysis.
technically no, electricity is a form of heat though
Due to the chemicals in Coke :)
The wind turns the turbines, which creates heat. This heat is used to heat up water, creating steam and turning a generator, which generates electricity.
Energy can be used to break chemical bonds, allowing chemicals to split up or react with other chemicals. This process is commonly seen in chemical reactions that require an input of energy to progress.