A collar A of mass m is moving with a speed v when it strikes an identical collar B that is at rest. Knowing that the coefficien
t of restitution between the collars is e. Identify the correct relation for the energy lost in the impact as a function of m, e, and v.
1 answer:
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To develop this problem we will apply the concepts related to the Doppler effect. The frequency of sound perceive by observer changes from source emitting the sound. The frequency received by observer is more than the frequency emitted by the source. The expression to find the frequency received by the person is,
= Frequency of the source
= Speed of sound
= Speed of source
The velocity of the ambulance is
Replacing at the expression to frequency of observer we have,
Therefore the frequency receive by observer is 878Hz