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Mechanical Properties Of Fluids

Question

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Express the harmonic wave in terms of its wavelength and velocity.

Solution

Harmonic wave in terms of wavelength and velocity is given as,
$space straight y equals rsin open square brackets fraction numerator 2 straight pi over denominator straight lambda end fraction left parenthesis vt minus straight x right parenthesis close square brackets$
where,
$straight lambda space is space the space wavelength comma space and straight v space is space the space velocity space of space the space wave. space$

Some More Questions From Mechanical Properties of Fluids Chapter

Define transverse wave motion.

Define longitudinal wave motion.

Which of the two waves - elastic waves or electromagnetic waves does need any material media for its propagation?

What is sound?

How sound is produced?

Can sound travel in vacuum?

Can two persons hear each other on the moon? Explain.

Can electromagnetic wave propagate in vacuum?

Can we listen in vacuum?

Which of the two moves forward during wave motion - particle or disturbance?

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