A pendulum completes 60 oscillations in 5 seconds. Calculate its time

1.	A pendulum completes 60 oscillations in 5 seconds. Calculate its time period and frequency?
Answer» SOLUTION GIVEN A pendulum completes 60 oscillations in 5 seconds. TO DETERMINE Calculate its time period and FREQUENCY EVALUATION Here it is given that a pendulum completes 60 oscillations in 5 seconds So 1 oscillation occurs in $= \displaystyle \sf{ \frac{5}{60} \: \: \: sec}$ $= \displaystyle \sf{ \frac{1}{12} \: \: \: sec}$ HENCE time period $= \displaystyle \sf{ \frac{1}{12} \: \: \: sec}$ Now frequency $= \displaystyle \sf{ \frac{1}{Time \: period } \: \: \: }$ $= \displaystyle \sf{ \frac{1}{ \frac{1}{12} } \: \: \:Hz }$ $= \displaystyle \sf{ 12 \: \: \:Hz }$ ━━━━━━━━━━━━━━━━ Learn more from Brainly :- 1. write the expression for gradient and DIVERGENCE brainly.in/question/32412615 2. PROVE that the curl of the gradient of (scalar function) is zero brainly.in/question/19412715