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Byju's Answer

Standard XII

Chemistry

Mathematics of Dipole Moment

For a body ex...

Question

For a body executing SHM with amplitudes $A$ , time period $T$ , max velocity $V_{m a x}$ and phase constant zero, which of the following statements are correct?

y = (A / 2), v > (v_{m a x} / 2)

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v = (v_{m a x} / 2)

for

y > (A / 2)

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For

t = (T / 8), y > (A / 2)

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For

y = (A / 2), t < (T / 8)

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Solution

The correct options are
A At $y = (A / 2), v > (v_{m a x} / 2)$
B $v = (v_{m a x} / 2)$ for $y > (A / 2)$
C For $t = (T / 8), y > (A / 2)$
D For $y = (A / 2), t < (T / 8)$

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For a body executing SHM with amplitudes A, time period T, max velocity Vmax and phase constant zero, which of the following statements are correct?

The correct options are A At y=(A/2),v>(vmax/2) B v=(vmax/2) for y>(A/2) C For t=(T/8),y>(A/2) D For y=(A/2),t<(T/8)

For a body executing SHM with amplitudes $A$ , time period $T$ , max velocity $V_{m a x}$ and phase constant zero, which of the following statements are correct?

The correct options are
A At $y = (A / 2), v > (v_{m a x} / 2)$
B $v = (v_{m a x} / 2)$ for $y > (A / 2)$
C For $t = (T / 8), y > (A / 2)$
D For $y = (A / 2), t < (T / 8)$