suppose you ignite a sheet of paper from your notebook using a match and allow the fire to burn until it…

suppose you ignite a sheet of paper from your notebook using a match and allow the fire to burn until it dies out. if you could measure all the energy in the resulting combustion products and all the energy in the heat released (including whatever increase in disorder has occurred), would you predict this amount to be more than, less than, or the same as the amount of potential energy in the sheet of paper you started with? (you should ignore the activation energy provided by the match to light the paper.) the same energy as the paper less energy than the paper more energy than the paper

suppose you ignite a sheet of paper from your notebook using a match and allow the fire to burn until it dies out. if you could measure all the energy in the resulting combustion products and all the energy in the heat released (including whatever increase in disorder has occurred), would you predict this amount to be more than, less than, or the same as the amount of potential energy in the sheet of paper you started with? (you should ignore the activation energy provided by the match to light the paper.) the same energy as the paper less energy than the paper more energy than the paper

Answer

Brief Explanations:

According to the law of conservation of energy, energy is neither created nor destroyed in a closed - system. The combustion of paper is a chemical reaction where the potential energy stored in the paper is converted into other forms of energy such as heat, light, and the chemical energy of the combustion products. The total amount of energy in the system (paper + surroundings) remains constant.

Answer:

the same energy as the paper