Can we measure the energy of one of several identical particles?
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⭕ Yes, we can measure the energy of one of several identical particles. the energy of the particles is of two types either it is kinetic energy of that particle or either it's potential energy of that particle. Energy is never be destroyed it can only shift from one form to other form. the particles used both kinetic and potential energy for their propagation and it is generally proven that energy is measured of several particles at a time.
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☸ Required Answer is ⬇⬇ ⬇⬇ ⬇
⭕ Yes, we can measure the energy of one of several identical particles. the energy of the particles is of two types either it is kinetic energy of that particle or either it's potential energy of that particle. Energy is never be destroyed it can only shift from one form to other form. the particles used both kinetic and potential energy for their propagation and it is generally proven that energy is measured of several particles at a time.
Vielen Dank ♥
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Hey mate ^_^
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Answer:
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No, we cannot measure the energy of one of several identical particles because it is entangled with all the other constituents and we cannot measure one of them without changing the others.
This is not an energy associated with it alone but still we can measure its removal energy.
#Be Brainly❤️
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Answer:
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No, we cannot measure the energy of one of several identical particles because it is entangled with all the other constituents and we cannot measure one of them without changing the others.
This is not an energy associated with it alone but still we can measure its removal energy.
#Be Brainly❤️
ashitosh0:
hii
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