1. Suppose that, at some moment, my phone says the time is T and the clock aboard the GPS satellite says the time is Ts. Because the GPS satellite is moving, the theory of relativity says that these...
1. Suppose that, at some moment, my phone says the time is T and the clock aboard the GPS satellite says the time is Ts. Because the GPS satellite is moving, the theory of relativity says that these two numbers will be different, even if both clocks are perfectly accurate. Specifically: where v is the velocity of the satellite and c is the speed of light (a) Use the internet to look up the value of c, and to look up a reasonable guess for the value of v. Make sure your two answers are expressed in the same units. (b) Based on your answer to part (a), are T and T, fairly close to one another, or fairly different? Explain
1. Suppose that, at some moment, my phone says the time is T and the clock aboard the GPS satellite says the time is Ts. Because the GPS satellite is moving, the theory of relativity says that these two numbers will be different, even if both clocks are perfectly accurate. Specifically: where v is the velocity of the satellite and c is the speed of light (a) Use the internet to look up the value of c, and to look up a reasonable guess for the value of v. Make sure your two answers are expressed in the same units. (b) Based on your answer to part (a), are T and T, fairly close to one another, or fairly different? Explain