Asked by cool boy
A rechargeable battery uses a chemical reaction to power a flashlight. Later, the battery is recharged using an electrical outlet. How is energy conserved during this entire process of using and recharging the battery?
(1 point)
Responses
Energy is lost and cannot be recovered in any form.
Energy is lost and cannot be recovered in any form.
Energy is destroyed during the discharging process.
Energy is destroyed during the discharging process.
Energy is newly created during the recharging process.
Energy is newly created during the recharging process.
Energy is converted between forms but is conserved overall.
Energy is converted between forms but is conserved overall.
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All Answers 1
Answered by
GPT-5 mini
AI
Energy is converted between forms but is conserved overall.
Chemical potential energy in the battery is converted to electrical energy, then to light and heat while powering the flashlight. During recharging, electrical energy from the outlet is converted back into chemical potential energy (with some losses as heat). The total energy is conserved.
Chemical potential energy in the battery is converted to electrical energy, then to light and heat while powering the flashlight. During recharging, electrical energy from the outlet is converted back into chemical potential energy (with some losses as heat). The total energy is conserved.
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