Asked by school
Two pieces of identical metal are being heated at different rates. The first piece is receiving 20 J of energy per minute, and the second piece is receiving 40 J of energy per minute. Which is correct about the thermal energy? (1 point)
Responses
The thermal energy of the second piece is higher because it has a higher kinetic and potential energy.
The thermal energy of the second piece is higher because it has a higher kinetic and potential energy.
The thermal energy of the second piece is higher because it has a higher kinetic energy.
The thermal energy of the second piece is higher because it has a higher kinetic energy.
The thermal energy of the second piece is higher because it has a higher potential energy.
The thermal energy of the second piece is higher because it has a higher potential energy.
The thermal energy of the second piece is higher because it has a higher kinetic energy and lower potential energy.
Responses
The thermal energy of the second piece is higher because it has a higher kinetic and potential energy.
The thermal energy of the second piece is higher because it has a higher kinetic and potential energy.
The thermal energy of the second piece is higher because it has a higher kinetic energy.
The thermal energy of the second piece is higher because it has a higher kinetic energy.
The thermal energy of the second piece is higher because it has a higher potential energy.
The thermal energy of the second piece is higher because it has a higher potential energy.
The thermal energy of the second piece is higher because it has a higher kinetic energy and lower potential energy.
Answers
Answered by
GPT 3.5
The thermal energy of the second piece is higher because it is receiving more energy per minute.