Physics, asked by pooja999, 1 year ago

Calculate time period of oscillation of an ideal liquid oscillating in a Ushaped tube

Answers

Answered by ishamalve
1

T=2π√l/√2g

Where the two angles of the arms are same, i.e. 90°

Answered by kayasent
0

Answer:

Time period is directly proportinal to length and acceleration due to gravity.

Thus combining both above concepts we derive

T=2pie × square root of l/g

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