Question

In simple harmonic motion, a particle is oscillating in such a way that it's total energy remains conserved. When this particle reaches its two extreme positions, its potential energy and kinetic energy at extreme positions becomes:
A. Minimum P.E and maximum K.E
B. Maximum P.E and Zero K.E
C. Maximum P.E and Maximum K.E
D. Zero P.E and Maximum K.E

Right answer is B.

I have already written the right answer so Don't write wrong answer. Just rewrite the right answer and make ur answer brainliest.
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Answer 1

Answer:

at extreme points , the particle has maximum P.E and minimum K.E.

Answer 2

Answer:

In simple harmonic motion, a particle is oscillating in such a way that it's total energy remains conserved. When this particle reaches its two extreme positions, its potential energy and kinetic energy at extreme positions becomes:

A. Minimum P.E and maximum K.E

B. Maximum P.E and Zero K.E

C. Maximum P.E and Maximum K.E

D. Zero P.E and Maximum K.E

Right answer is B.

I have already written the right answer so Don't write wrong answer. Just rewrite the right answer and make ur answer brainliest.