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Thank you for this! I had a homework like this where there's a simple pendulum and spring attached to it and I was getting the wrong answer because I forgot to account for gravity. Thanks!
I was thinking that it might be in circular motion however not necessarily since it accelerates in different directions
This was helpful, thank you. Also, the mg component is correct.
what happens to the equation of motion if the entire system was tilted with an angle of 90 degrees Anti clock wise? will the equation change?
is the formula for the period the same if it's a physical pendulum ?
How do you find the velocity
When it reaches its equilibrium position
check the mg component.
Thank you for this! I had a homework like this where there's a simple pendulum and spring attached to it and I was getting the wrong answer because I forgot to account for gravity. Thanks!
I was thinking that it might be in circular motion however not necessarily since it accelerates in different directions
This was helpful, thank you. Also, the mg component is correct.
what happens to the equation of motion if the entire system was tilted with an angle of 90 degrees Anti clock wise? will the equation change?
is the formula for the period the same if it's a physical pendulum ?
How do you find the velocity
When it reaches its equilibrium position
check the mg component.