The center of gravity of a simple pendulum of mass m and length L is located at the pendulum bob, a distance L from the pivot point. The center of gravity of a uniform rod of the same mass m and length 2L pivoted at one end is also a distance L from the pivot point. Compared to the period of the simple pendulum, is the period of this uniform rod (i) longer; (ii) shorter; or (iii) the same?
The center of gravity of a simple pendulum of mass m and length L is located at the pendulum bob, a distance L from the pivot point. The center of gravity of a uniform rod of the same mass m and length 2L pivoted at one end is also a distance L from the pivot point. Compared to the period of the simple pendulum, is the period of this uniform rod (i) longer; (ii) shorter; or (iii) the same?
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The center of gravity of a simple pendulum
of mass m and length L is located at the pendulum bob, a distance L from the pivot point.
The center of gravity of a uniform rod of the same mass m and length 2L pivoted at one end is also
a distance L from the pivot point. Compared to the period of the simple pendulum, is the period of
this uniform rod (i) longer; (ii) shorter; or (iii) the same?
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