Physics, 20.09.2019 21:00 slawson4328
Two objects on the ground explode at the same time, as measured by a person at rest with respect to the ground. to the person on the ground, the explosions are separated by 5.00 m. a. consider a person rushing past the observer on the ground, at a relative speed of 0.85 times the speed of light. will this person agree that the explosions are simultaneous? if not, what is the time interval between them? b. calculate the squared spacetime interval (δs)2 = (cδt)2-(δx)2 for this situation. show that it is the same for both observers, as one would expect since the spacetime interval is "lorentz invariant." (note that (δs)2 can be either positive or negative, and that sometimes it is defined with the opposite signs from the ones given here.)
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Two objects on the ground explode at the same time, as measured by a person at rest with respect to...
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