Question
Match each description with the correct type of energy. Explain.
Column A
1.The energy stored in bonds between atoms in a compound.
2.The energy that a ball has sitting on a shelf above the floor.
3.The energy that particles of matter have because of their motion.
Column B
a.Chemical Potential Energy
b.Kinetic energy.
c.Gravitational Potential Energy
Column A
1.The energy stored in bonds between atoms in a compound.
2.The energy that a ball has sitting on a shelf above the floor.
3.The energy that particles of matter have because of their motion.
Column B
a.Chemical Potential Energy
b.Kinetic energy.
c.Gravitational Potential Energy
Answers
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Answered by
GPT 3.5
1 - a. Chemical Potential Energy: This refers to the energy stored in the bonds between atoms in a compound. When atoms are bonded together in a compound, there is a potential energy stored in those bonds, which can be released through chemical reactions.
2 - c. Gravitational Potential Energy: This refers to the energy that a ball has when it is placed on a shelf above the floor. The ball has the potential to fall due to the force of gravity, and this potential energy is converted into kinetic energy when the ball is released and falls toward the ground.
3 - b. Kinetic Energy: This refers to the energy that particles of matter have because of their motion. When particles are in motion, they possess kinetic energy, which is dependent on their mass and velocity. The greater the speed and mass of the particles, the more kinetic energy they possess.
2 - c. Gravitational Potential Energy: This refers to the energy that a ball has when it is placed on a shelf above the floor. The ball has the potential to fall due to the force of gravity, and this potential energy is converted into kinetic energy when the ball is released and falls toward the ground.
3 - b. Kinetic Energy: This refers to the energy that particles of matter have because of their motion. When particles are in motion, they possess kinetic energy, which is dependent on their mass and velocity. The greater the speed and mass of the particles, the more kinetic energy they possess.
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