Question
What do you understand by resonant oscillation ?

Answer

When a periodic force is applied on a body and the body frequency is equal to its natural periodicity, that is, if the frequency of thrust oscillations is equal to the natural periodicity of the body, then the oscillation amplitude will be maximum. Such oscillations are called resonant oscillations of the body. If sound is produced by oscillations then it will be of maximum intensity.

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

A gas thermometer measures the temperature from the variation of pressure of a sample of gas. If the pressure measured at the melting point of lead is 2.20 times the pressure measured at the triple point of water, find the melting point of lead.
To accelerate a car we ignite petrol in the engine of the car. Since only an external force can accelerate the centre of mass, is it proper to say that ''the force generated by the engine accelerates the car?''
In some old texts it is mentioned that $4\pi$ lines of force originate from each unit positive charge. Comment on the statement in view of the fact that $4\pi$ is not an integer.
A player throws a ball upwards with an initial speed of 29.4m s–1.
What is the direction of acceleration during the upward motion of the ball?
Why a tennis ball bounces higher on hills than on plains?
Answer the following:
If you compare the gravitational force on the earth due to the sun to that due to the moon, you would find that the Sun’s pull is greater than the moon’s pull. (you can check this yourself using the data available in the succeeding exercises). However, the tidal effect of the moon’s pull is greater than the tidal effect of sun. Why?
Two particles begin to fall freely from rest from the top of a tower within a gap of 1 s. How long after the first particle begins to fall, the two particles be 15m apart? (Given g = 10ms-2)
Which of the following functions of time represent (a) simple harmonic, (b) periodic but not simple harmonic, and (c) non-periodic motion? Give period for each case of periodic motion ($\omega$ is any positive constant):
$\sin^3\omega\text{t}$
The piston in the cylinder head of a locomotive has a stroke (twice the amplitude) of 1.0 m . If the piston moves with simple harmonic motion with an angular frequency of $200 rad / min$, what is its maximum speed?
A small heavy block is attached to the lower end of a light rod of length l which can be rotated about its clamped upper end. What minimum horizontal velocity should the block be given so that it moves in a complete vertical circle?