Derive The Equation For Time Period Of A Simple Pendulum. State one assumption about the simple pendulum experiment. A simple pendulum is a small round mass hung from a string, moving in an oscillatory motion. The time period of a pendulum generally depends on the position of the bob and acceleration due to gravity as it is not uniform in every place on earth. The pendulum swings in the perfect plane. For the derivation, the equation of the motion is used. Gravity is always there but it remains constant.

State one assumption about the simple pendulum experiment. The time period of a pendulum generally depends on the position of the bob and acceleration due to gravity as it is not uniform in every place on earth. The pendulum swings in the perfect plane.

Derive the relation between the time period of a simple pendulum which

The pendulum swings in the perfect plane. Gravity is always there but it remains constant. A simple pendulum is a small round mass hung from a string, moving in an oscillatory motion. The time period of a pendulum generally depends on the position of the bob and acceleration due to gravity as it is not uniform in every place on earth.