The time taken by a particle in reaching from trough to crest in a transverse wave is
The time taken by a particle in reaching from trough to crest in a transverse wave is Correct Answer T/2
CONCEPT:
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Transverse wave |
Longitudinal wave |
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Transverse waves can propagate in solid as well as in a liquid. |
Longitudinal waves can propagate in solid, liquid and gases. |
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The transverse wave consists of trough and crest. |
It has compression and rarefaction. |
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It doesn’t have the pressure variation |
It can have the pressure variation. |
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It doesn’t change its medium. |
There is a change in density throughout the medium. |
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A lightwave is an example of a transverse wave. |
A soundwave is an example of a longitudinal wave. [ alt="F1 A.P 12.3.20 Pallavi D2 " src="//storage.googleapis.com/tb-img/production/20/03/F1_A.P_12.3.20_Pallavi_D2_.PNG" style="width: 372px; height: 91px;"> |
EXPLANATION:
[ alt="crest" src="//storage.googleapis.com/tb-img/production/21/07/crest.png" style="width: 370px; height: 216px;">
- For a wave with time period T, trough to crest means reaching from one extreme to another.
- Therefore, the time taken is half of the time period, if we observe it as a sinusoidal wave. Hence option 3 is correct.