What is the final temperature of sphere B?

In summary, the final temperature of sphere B is determined by its initial temperature, the temperature of its surroundings, and the amount of time exposed to those surroundings. Factors such as material, size, and rate of heat transfer can affect its final temperature. There is a formula, known as the heat transfer equation, to calculate the final temperature. It is possible for the final temperature of sphere B to be higher than its surroundings, depending on the rate of heating and its specific heat capacity.
  • #1
briandeblis
9
0
I have a question and I think it has too many unknowns, but here it is:

Two spheres, labeled A and B, have identical masses, but are made of different substances. The specific heat capacity of sphere A is 440 J/kg*C . The spheres are initially at 21 degrees C; and the same quantity of heat is added to each sphere. If the final temperature of sphere A is 72 degrees C, what is the final temperature of sphere B?

Help please.
 
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  • #2
You're right, you need some more information.
 
  • #3


Without knowing the specific heat capacity of sphere B, it is impossible to determine the final temperature of sphere B. The final temperature of a substance is dependent on its specific heat capacity, which varies for different materials. Therefore, we need more information in order to calculate the final temperature of sphere B.
 

What is the final temperature of sphere B?

The final temperature of sphere B is the temperature it reaches after it has been heated or cooled and has reached thermal equilibrium.

How is the final temperature of sphere B determined?

The final temperature of sphere B is determined by the initial temperature of sphere B, the temperature of its surroundings, and the amount of time it has been exposed to those surroundings.

What factors can affect the final temperature of sphere B?

The final temperature of sphere B can be affected by factors such as the material and size of sphere B, the temperature and material of its surroundings, and the rate of heat transfer between sphere B and its surroundings.

Is there a formula to calculate the final temperature of sphere B?

Yes, there is a formula to calculate the final temperature of sphere B. It is known as the heat transfer equation and takes into account the specific heat capacity, mass, and initial and final temperatures of sphere B and its surroundings.

Can the final temperature of sphere B be higher than its surroundings?

Yes, the final temperature of sphere B can be higher than its surroundings if it is heated at a faster rate than its surroundings or if it has a higher specific heat capacity than its surroundings.

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