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Relation between Linear and Angular Speed

A tuning fork...

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A tuning fork A of frequency 512 Hz produces 5 beats per second when sounded with anothre tuning fork B of unknown frequency. If B is loaded with wax the number of beats again 5/ sec the frequency of the tuning fork B before it was loadedis

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Q. A tuning fork

A

512 H z

5

beats per second when sounded with another tuning fork

B

of unknown frequency. If

B

is located with wax the number of beats is again

5

per second. The frequency of the tuning fork

B

before it was loaded is

Q. A tuning fork A of frequency

510 Hz

4

beats per second when sounded with another tuning fork B of unknown frequency. If B is loaded with wax, the number of beats is again

4

per second. The frequency of the tuning fork B before it was loaded is

Q. A tuning fork of unknown frequency produces

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beats per second when sounded with another turning fork of frequency

254 H z

It gives the same fork loaded with wax. The unknown frequency before loading with wax is

Q. A tuning fork

A

of unknown frequency produces

4

beats per second when sounded with another tuning fork

B

254 Hz

. When tuning fork

A

is loaded with wax, it still gives

4

beats per second with tuning fork

A

. The initial unknown frequency of tuning fork

A

Q. A tuning fork

A

when sounded with a tuning fork

B

480 Hz

5

beats per second. When the prongs of

A

are loaded with wax, it gives

3

beats per second. The original frequency of the tuning fork

A

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Relation between Linear and Angular Speed

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