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The phase change from right to left extreme position is,
 

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Important Questions on Oscillations

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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 38
The phase difference between the displacement and acceleration of a particle performing linear S.H.M. is, 
 
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 39
The displacement of a particle performing S.H.M. is x=Asin(ωt+α). The quantity α is called, 
 
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 40
The phase of a particle executing simple harmonic motion is π2 when it has
 
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 41
Graph between velocity and displacement of a particle executing S.H.M. is, 
 
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 42
A particle executing SHM starts from the mean position. Its phase, when it reaches the extreme position is,
 
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 43
The average acceleration of a particle performing SHM in one complete oscillation is,
 
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 44
When a particle in linear S.H.M. completes two oscillations, its phase increases by
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MHT-CET TRIUMPH Physics Multiple Choice Questions Part - 1 Based on Std. XI & XII Syllabus of MHT-CET>Chapter 12 - Oscillations>Classical Thinking>Q 45
The equation of S.H.M. is y=Asin(2πnt+α), then its phase at time t is,