a simple pendulum motion with length (L =0.1m) and mass m-0.1kg is pulled an small angle from the equilibrium position and released at time t 0, find the potential 20 energy, kinetic encrgy and total...

a simple pendulum motion with length (Z = 0.1m ) and mass m=0.lkg is pulled an small mgu(i) from the equilibrium position and released a fime ¢ = 0, find the potential energy, kinetic cnergy and total encrgy at (@ equilibrium position (byhalf distance from equilibrium position
a simple pendulum motion with length (L =0.1m) and mass m-0.1kg is pulled an small<br>angle<br>from the equilibrium position and released at time t 0, find the potential<br>20<br>energy, kinetic encrgy and total energy at<br>(a) cquilibrium position<br>(b)half distance from equilibrium position<br>

Extracted text: a simple pendulum motion with length (L =0.1m) and mass m-0.1kg is pulled an small angle from the equilibrium position and released at time t 0, find the potential 20 energy, kinetic encrgy and total energy at (a) cquilibrium position (b)half distance from equilibrium position

Jun 11, 2022
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