Question

For a particular process, the temperature T as a function of entropy s can be approximated using the following model: T=s1920​ (in Rankin) . Calculate the heat associated with this process in BTUs for a specific change in entropy s.

Answer 1

To calculate the heat associated with a specific change in entropy, use the equation AS = Q/T. Substitute the value of s into the equation to find the corresponding change in temperature, then calculate the heat transfer using the equation AS = Q/T.

Step-by-step explanation:

The heat associated with a specific change in entropy can be calculated using the equation AS = Q/T, where AS is the change in entropy, Q is the heat transfer, and T is the temperature. In this case, we have the equation T = s/1920, which means the temperature is directly proportional to the entropy. Since we are given a specific change in entropy, we can substitute the value of s into the equation to find the corresponding change in temperature. Then, we can calculate the heat transfer using the equation AS = Q/T. Remember to convert the temperatures from Rankin to Kelvin and the heat from BTUs to joules.