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Physics 19 Online
OpenStudy (anonymous):

a wt 10n attached to springoscillates a freuency 60oscillations.max amplitude 30mm.find TENSION INDUCED IN SPRING.find spg constant & max vel in spring

OpenStudy (shamim):

formula for maximum velocity is\[v _{m}=\omega A\]

OpenStudy (shamim):

here, maximum velocity is \[v _{m}\]

OpenStudy (shamim):

angular velocity is \[\omega \]

OpenStudy (shamim):

A = amplitude

OpenStudy (shamim):

u know \[\omega =2 \pi f\]

OpenStudy (shamim):

f= frequency

OpenStudy (shamim):

so \[v _{m}=2 \pi f A\]

OpenStudy (shamim):

here f= 60 hz

OpenStudy (shamim):

A=30mm= .03m

OpenStudy (shamim):

i think u wil b able calculate the rest for knowing maximum velocity

OpenStudy (shamim):

now the formula for calculating spring constant is \[F=kx\]

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