Torsianal SHM ||simple pendulam

SHM in spring pulley system | SHM of liquid in U tube | Block on liquid surface | Angular SHM Kinematics | Dynamics of angular SHM | Simple pendulum

Consider a simple pendulam of length 1 m. Its bob performs a circular motion is horizontal plane with its string making an angle 60^@ with the vertical. The centripetal accleration experienced by the bob is

If the time period of a simple pendulam is 10 seconds, then its frequency ius ______Hz.

Statement-1 : The motion of simple pedulum is simple harmonic only for a lt lt l . Statement-2 : Motion of a simple pendulum is SHM for small angular displacement.

Superposition of SHMs in same direction and mutually perpendicular directions | Analysis of forces in SHM: spring block system | Combination of springs | Simple pendulum Based Questions

A circular loop of radius 60 cm and weight 4 kg is suspended on a horizentol nail at its circumference. (a) What is its frequency of oscillation for small displacement ffrom equilibrium? (b) What is the length of the equivalent simple pendulam?

The bob of a simple pendulam is of mass 50 g and radius 1.5 cm. It is suspended by a string of length 98.5 cm. Calculate its maximum kinetic energy if it is drawn to one side by 5 cm and then released.

In the following four periods (i) Time of revolution of a satellite just above the earth's surface (T_(st)) (ii) Period of oscillation of mass inside the tunnel bored along the diameter of the earth (T_(ma)) (iii) Period of simple pendulam having a length equal to the earth's raduis in a unifrom field of 9.8 N//kg(T_(sp)) (iv) Period of an infinite length simple pendulam in the earth's real gravitational field (T_(is))

A hollow light cylinder of length 10 cm is suspended by a string of length 95 cm. Calculate the time period of this simple pendulam when the cylinder is completely filled with mercury, (ii) half filled with mercury, (g=9.81 ms^(-2) )