If the pendulum is allowed to
swing through a small angle, the period T is given by
the formula:
T=2π √(L/g)
Where L is the length of the pendulum.
Let there are two pendulums.
The length of the first pendulum is four times greater than the length of the second pendulum (L1 = 4 L2)
Compare periods of these pendulums.
a) The period of the first pendulum is four times greater than the period of the second pendulum
(T1 = 4 T2);
b) The period of the first pendulum is two times greater than the period of the second pendulum
(T1 = 2 T2);
c) The period of the second pendulum is four times greater than the period of the first pendulum
(T2 = 4 T1);
d) The period of the second pendulum is two times greater than the period of the first pendulum
(T2 = 2 T1);
e) The periods of the pendulums are equal to each other (T1 = T2).
T=2π √(L/g)
Where L is the length of the pendulum.
Let there are two pendulums.
The length of the first pendulum is four times greater than the length of the second pendulum (L1 = 4 L2)
Compare periods of these pendulums.
a) The period of the first pendulum is four times greater than the period of the second pendulum
(T1 = 4 T2);
b) The period of the first pendulum is two times greater than the period of the second pendulum
(T1 = 2 T2);
c) The period of the second pendulum is four times greater than the period of the first pendulum
(T2 = 4 T1);
d) The period of the second pendulum is two times greater than the period of the first pendulum
(T2 = 2 T1);
e) The periods of the pendulums are equal to each other (T1 = T2).
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