Chef needs to increase the temperature of a food dish. She thinks she can do this by stacking another dish on top of it. She has three dishes to choose from for the top dish: A, B, and C. Which one of these dishes would make the food dish the warmest when placed on top of it? As part of your answer, explain how the energy and temperature of both the top dish and the food dish will change when the food dish warms up, and why.

C)Because of high energy it produces high thermal energy (heat) resulting in increase in temperature of food dish.

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This question is incomplete

Step-by-step explanation:

This question is incomplete. However, the dish (among the three dishes A, B and C) that has the highest temperature would make the food dish the warmest when placed on it.

The process of heat transfer that involves physical contact as described in this question is conduction. It involves the transfer of heat energy from a hot object to a less hot/cooler object. Using the question, the molecules in the top dish (which will have a high kinetic energy because of it's heat energy) will move and collide with the molecules in the food dish (which, prior to the collision, will have a low kinetic energy as a result of low thermal energy) to make it warm. This would cause the temperature in the top dish to reduce while simultaneously increasing the temperature of the food dish (as it is a form of heat transfer) thereby also increasing the kinetic energy of the molecules of the food dish. The temperature of food dish will not be more than the temperature of the top dish.

what is the general relationship between a galaxy's distance from earth and its speed?

the answer is:

the farther away a galaxy is from us, the faster it is moving away from us.

the volume increases