The ratio of the speed of sound in hydrogen gas to the speed of sound in oxygen gas at the same temperature is

  • A
    $4:1$
  • B
    $1:2$
  • C
    $1:4$
  • D
    $1:1$

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$A$ plane wave of sound traveling in air is incident upon a plane surface of a liquid. The angle of incidence is $60^{\circ}.$ The speed of sound in air is $300 \, m/s$ and in the liquid it is $600 \, m/s.$ Assume Snell's law to be valid for sound waves.

$Assertion :$ Sound travels faster in solids than gases.
$Reason :$ Solids possess greater density than gases.

What is called rarefaction? Which type of changes in density and pressure take place in it?

Newton assumed that sound propagation in a gas takes place under which condition?

$A$ string is stretched so that its length is increased by $\frac{1}{\eta }$ of its original length. The ratio of the fundamental frequency of transverse vibration to that of the fundamental frequency of longitudinal vibration will be

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