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Oscillations

A wave is rep...

Question

A wave is represented by the equation, $y = (0.001 m m) sin [(50 s^{- 1}) t + (2 m^{- 1}) x]$

The wave velocity = 100 m/s

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The wavelength = 2.0 m

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The frequency =

\frac{25}{π} H z

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The amplitude = 0.001 mm

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Solution

The correct options are
C The frequency = $\frac{25}{π} H z$
D The amplitude = 0.001 mm

Suggest Corrections

Similar questions

A wave is represented by the equation

y = (0.001 mm) sin[(50 $s^{- 1}$ )t + (2.0 $m^{- 1}$ )x].

A wave is represented by the equation

y = (0.001 mm) sin[(50 $s^{- 1}$ )t + (2.0 $m^{- 1}$ )x].

y = 5

(100 π t - 0.4 π x)

y

x

m

t

s

5

m

5

m

50

H z

250

m / s

+ v e

2 π m

\frac{1}{π} H z

y = 0.1 s i n 4 π (50 t - 0.1 x)

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