WeekProb_Aug31 - will A detect (assuming he can detect all...

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Discussion Problems Due in section week of Sep 4, 2009 Problem 1: Continuation of last week’s problem Redo the problem of last week, this time, taking there ships to be spaceships moving near the speed of light. Problem 2 An atomic clock, emitting 100 neutrons per second is given to an observer A on earth. A similar clock is given to an observer B on a (stationary) rocket which is side-by-side A. The rocket then (instantaneously) accelerates to 3/4c. 1 Initially, just after the acceleration, how many neutrons per second coming from B’s clock
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Unformatted text preview: will A detect (assuming he can detect all of the emitted neutrons)? 2 How many neutrons per second will B see coming from: a. Bs clock b. As clock 3 The rocket then travels for 1 minutes (as measured by A) and decelerates to rest. As-suming acceleration/deceleration happens instantaneously, how many neutrons will have been emitted by a. As clock b. Bs clock during that time? 1...
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This note was uploaded on 02/19/2010 for the course PHYSICS 7C taught by Professor Lin during the Fall '08 term at University of California, Berkeley.

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