Entropy of environment of pendulum?
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Hey Mate
I'm not sure about my answer...but...
Entropy from a system is always increasing (or in some theorical ways, is conserved) this is because the system wants to reach thermal equilibrium with its environnement. No gain of energy, no lost, just transformation. The more entropy is developped against environement, the less its overall energy is usable. To be usable, energy must be transfomable.
I'm not sure about my answer...but...
Entropy from a system is always increasing (or in some theorical ways, is conserved) this is because the system wants to reach thermal equilibrium with its environnement. No gain of energy, no lost, just transformation. The more entropy is developped against environement, the less its overall energy is usable. To be usable, energy must be transfomable.
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☸ Required Answer is ⬇⬇ ⬇⬇ ⬇
⭕ Entropy of environment of pendulum - as we all know that pendulum is a non living things so that there is no air no types of any living parts in pendulum. The pendulum works on the mechanical energy which he gets from the cell/ battery. As the pendulum having no air so that it's friction disperses every time with high energy in every period by using its kinetic energy. The entropy of pedulum is not increasing because the potential energy is always decreases as a result in decreasing in the potential entropy.
Vielen Dank ♥
☸ Required Answer is ⬇⬇ ⬇⬇ ⬇
⭕ Entropy of environment of pendulum - as we all know that pendulum is a non living things so that there is no air no types of any living parts in pendulum. The pendulum works on the mechanical energy which he gets from the cell/ battery. As the pendulum having no air so that it's friction disperses every time with high energy in every period by using its kinetic energy. The entropy of pedulum is not increasing because the potential energy is always decreases as a result in decreasing in the potential entropy.
Vielen Dank ♥
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