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Standard XII

Physics

Relating Circular Motion to SHM

For a body ex...

Question

For a body executing $S H M$ with amplitude $A,$ time period $T,$ maximum velocity $V_{max}$ and initial phase zero. which of the following statements are correct?

A t y = A / 2, v > v_{max} / 2

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v = v_{max} / 2 f o r y > A / 2

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

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

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Solution

The correct options are
A $A t y = A / 2, v > v_{max} / 2$
B $v = v_{max} / 2 f o r y > A / 2$
C $A t t = T / 8, y > A / 2$
D $A t y = A / 2, t < T / 8$

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For a body executing SHM with amplitude A, time period T, maximum velocity Vmax and initial phase zero. which of the following statements are correct?

The correct options are A Aty=A/2,v>vmax/2 B v=vmax/2 for y>A/2 C Att=T/8,y>A/2 D Aty=A/2,t<T/8

For a body executing $S H M$ with amplitude $A,$ time period $T,$ maximum velocity $V_{max}$ and initial phase zero. which of the following statements are correct?

The correct options are
A $A t y = A / 2, v > v_{max} / 2$
B $v = v_{max} / 2 f o r y > A / 2$
C $A t t = T / 8, y > A / 2$
D $A t y = A / 2, t < T / 8$