The deference in now far a Moon (short-lived particle) travels in a particle acc

Question

The deference in now far a Moon (short-lived particle) travels in a particle accelerator before decaying is best explained by Newtonian Relativity Galilean relativity Special Relativity General Relativity A train is traveling along a straight, horizontal track at a constant speed that is only very slightly less than that of light. A warning light on the ground flashes once each second An observer in the train measures the time between flashes to be Greater than one second. Equal to one second. Less than one second. None of the above All of the above Which of the following is not true of the Space-time interval(Delta s)^2? It can be positive or negative It can only apply to simultaneous events It represents the 'distance' between two events It is invariant under Lorentz Transformations The principle of reciprocity relates the views of two observers in different frames according to? Newtonian Relativity Special Relativity Galilean Relativity General Relativity The difference between time according to a clock on the Earth and a clock on a spaceship moving at nearly the speed of light relative to the Earth is best explained by General Relativity Galilean Relativity Newtonian Relativity Special Relativity Which of the following is the only possible value of the Boost factor Gamma ? -1/3 3.1 -13/4 0.5 1/5 A spaceship passes by the earth with Boot factor 4. What will be the velocity of the spaceship relative to the earth.

Explanation / Answer

54.C

Muon travel with a speed 0.98x3x108 m/s. which is comparable to light.

55. A due to time dilation

56.D

57.B

58. D

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