The time period of a pendulum is measured to be 3s in the Inertial frame of the pendulum. What is the period when measured by an observer moving with a speed of 0.95c with respect to the pendulum? (Answer: 9.65)
Given:
Proper time period = t₀ = 3 s
Speed of observer = v = 0.95 c
To Find:
Measure Time Period = t =?
Solution:
The time dilation formula in special theory of relativity is given by:
t = `\frac {t₀}{sqrt {1 - frac {v^2}{c^2}}}`
by putting values
t = `\frac {3 s}{sqrt {1 - frac {(0.95c)^2}{c^2}}}`
c² will be canceled so,
t = `\frac {3 s}{sqrt {1 - 0.9025}}`
t = `\frac {3 s}{sqrt {0.0875}}`
t = `\frac {3 s}{0.312}`
t = 9.615 s -----------------Ans.
Thus, at the speed of observer = 0.95 c (velocity of light), time dilation in the period of the pendulum will occur equal to 9.615 s
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