Law Of Conservation Of energy in a Simple Pendulum
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Law of Conservation of Energy
Law of Conservation of Energy in a Simple Pendulum
A pendulum is hanging body from the fixed point which if pulled and then released will swing due back and forth. Consevation of energy states that the momentum of the body before oscillation is equal to the momentum after oscillation. If we go through simple pendulum experiment.
At Initial point of pendulum total energy = mgh
At intermediate point of pendulum total energy = 1/2 mv^2
At end point pf pendulum total energy = mgh
Hence the conservation of energy in simple pendulum is given by
∑ (P.E_bO + KE_bO) = ∑ (PE_aO + KE_aO)
Where P.E_bo = Potential energy before oscillation,
K.E_bo = Kinetic energy before oscillation,
P.E_ao = Potential energy after oscillation,
K.E_ao = Kinetic energy after oscillation.
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A pendulum is hanging body from the fixed point which if pulled and then released will swing due back and forth. Consevation of energy states that the momentum of the body before oscillation is equal to the momentum after oscillation. If we go through simple pendulum experiment.
At Initial point of pendulum total energy = mgh
At intermediate point of pendulum total energy = 1/2 mv^2
At end point pf pendulum total energy = mgh
Hence the conservation of energy in simple pendulum is given by
∑ (P.E_bO + KE_bO) = ∑ (PE_aO + KE_aO)
Where P.E_bo = Potential energy before oscillation,
K.E_bo = Kinetic energy before oscillation,
P.E_ao = Potential energy after oscillation,
K.E_ao = Kinetic energy after oscillation.
Checkout for more information: https://www.tutorvista.com/content/ph...
Follow us at:
Facebook: tutorvista
Twitter: TutorVista
14 سال پیش
در تاریخ 1389/02/16 منتشر شده
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