When nitroglycerin (C3H50N309) is detonated, the carbon and hydrogen atoms bonded to oxygen
and nitrogen separate and heat is released. What type of energy is stored in the bonds?
a. Chemical potential energy
b. Thermal potential energy
c. Chemical kinetic energy
d. Thermal kinetic energy

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Answer:

d thermal kinetic energy

When nitroglycerin (C3H50N309) is detonated, the carbon and hydrogen atoms bonded to oxygen and nitrogen. The type of energy is thermal kinetic energy.

What is Thermal kinetic energy?

Thermal energy is the total of potential energy and kinetic energy. Kinetic energy is the energy used in doing a work.

Thermal energy is the form of heat, it can be both potential and kinetic. In the reaction, the heat is releasing, so it's a thermal kinetic energy.

Thus, the correct option is d. Thermal kinetic energy.

Learn more about Thermal kinetic energy

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