Home
Class 12
PHYSICS
When a source of frequency n is receding...

When a source of frequency n is receding away from a stationary observer with velocity v, then the apparent change in frequency due to Doppler’s effect is found to be `Delta n_(1)` and when the observer is reducing from a stationary source with the same velocity v, then the apparent change in frequency is `Delta n_(2)` , then -

Promotional Banner

Similar Questions

Explore conceptually related problems

If a source of frequency n crosses a stationary observer with uniform velocity v and if the velocity of sound V gt gt v , then the change in the frequency due to Doppler effect would be -

When a source moves away from stationary observer with velocity v then apparent change in frequency is Deltan_(1) . When an observer approaches the stationary source with same velocity v then change in frequency is Deltan_(2) then

A source of frequency n is moving with a uniform velocity v towards a stationary observer. If the velocity of sound is V, then the change in frequency would be -

A source producing sound of frequency 340 Hz is moving away from a stationary observer with a velocity of 34 ms^(-1) . The apparent change in wavelength of sound heard by the observer is (V = 340 ms^(-1))

when a source of sound of frequency f crosses stationary observer with a speed v_(s) (lt lt speed of sound v) , the apparent change in frequency Dealtaf is given by

when a source of sound of frequency f crosses stationary observer with a speed v_(s) (lt lt speed of sound v) , the apparent change in frequency Δf is given by

If an observer moving with velocity v crosses a stationary source of frequency n, then the change in the frequency would be -

In Dopplers effect, when a source moves towards a stationary observer, the apparent increase in frequency is due to

In Dopplers effect, when a source moves towards a stationary observer, the apparent increase in frequency is due to