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trasher [3.6K]
4 years ago
12

A comet orbits a star in a strongly elliptical orbit. The comet and star are far from other massive objects. As the comet travel

s away from the star, how does the kinetic energy and potential energy of the system change?
Physics
2 answers:
VikaD [51]3 years ago
8 0

Answer:

The potential energy increase and the kinetic energy decrease.

Kruka [31]4 years ago
3 0

Answer:

the kinetic energy decreases and the potential energy Increases.

Explanation:

as the comet travels away from the star it gains an energy which it posses because of its position or state.once the comet moves away form the star the kinetic decreases until its lost all together to where the potential energy starts increasing.

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Before going to solve this question first we have to understand specific heat capacity of a substance .

The specific heat of a substance is defined as amount of heat required to raise the temperature of 1 gram of substance through one degree Celsius. Let us consider a substance whose mass is m.Let Q amount of heat is given to it as a result of which its temperature is raised  from T to T'.

Hence specific heat  of a substance is calculated as-

                                              c= \frac{Q}{m[T'-T]}

Here c is the specific heat capacity.

The substance whose specific heat capacity is more will take more time to be heated up to a certain temperature as compared to a substance having low specific heat which is to be heated up to the same temperature.

As per the question John is experimenting on sand and water.Between sand and water,water has the specific heat 1 cal/gram per degree centigrade which is larger as compared to sand.Hence sand will be heated faster as compared to water.The substance which is heated faster will also cools faster.

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Where the electric potential is constant, the strength of the electric field is zero.

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