Equation of a longitudinal wave is given as y =10^-2sin 2∏{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x =

[A]. 0.34

[B]. 0.255

[C]. 0.085

[D]. All of these

Question

Equation of a longitudinal wave is given as y =10 -2 sin 2&prod;{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x = [A]. 0.34 [B]. 0.255 [C]. 0.085 [D]. All of these

Prudhvi teja · Answer

Dear piyush

t=0

pressure change is max when sin x term =1

so 100x/17 = (2n+1)/2

keep n=1,2,3 like that

You will get all of them as answers

Please feel free to post as many doubts on our discussion forum as you can.we will get you the answer and detailed solution very quickly.

All the best.

Regards,
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Prudhvi Teja

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Equation of a longitudinal wave is given as y =10 -2 sin 2∏{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x = [A]. 0.34 [B]. 0.255 [C]. 0.085 [D]. All of these

Equation of a longitudinal wave is given as y =10^-2sin 2∏{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x =

[A]. 0.34

[B]. 0.255

[C]. 0.085

[D]. All of these

1 Answers

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Equation of a longitudinal wave is given as y =10 -2 sin 2∏{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x = [A]. 0.34 [B]. 0.255 [C]. 0.085 [D]. All of these

Equation of a longitudinal wave is given as y =10-2sin 2∏{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x = [A]. 0.34 [B]. 0.255 [C]. 0.085 [D]. All of these

1 Answers

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Equation of a longitudinal wave is given as y =10^-2sin 2∏{1000t+(50/17)x} (all SI units). At t = 0, change in pressure is maximum at x =

[A]. 0.34

[B]. 0.255

[C]. 0.085

[D]. All of these