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Physics 19 Online
OpenStudy (anonymous):

which statement will be true if you increase the frequency of a periodic wave a-the number of waves per sec. will increase b-the time taken to complete one cycle will increase c-the amplitude will increase d-there will be no change in the period

OpenStudy (ash2326):

@torr.kitty Frequency is defined in no. of ways \[\Large \text{The no. of cycles (or waves) per second}\] \[\large \text{or}\] \[\Large \text{ The inverse of time period of a wave}\] What do you think will be the answer? Use the definition applicable

OpenStudy (anonymous):

c?

OpenStudy (ash2326):

How do you say c? Frequency is independent of amplitude and vice versa

OpenStudy (anonymous):

hmm i dont know:0 is it a

OpenStudy (ash2326):

Frequency is defined as no. of waves / second If you increase frequency, then no. of waves per second will increase

OpenStudy (anonymous):

thank you!

OpenStudy (ash2326):

Do you understand the solution?

OpenStudy (anonymous):

yes

OpenStudy (ash2326):

:D

OpenStudy (anonymous):

answer -a

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