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The time to complete one oscillation of a simple pendulum varies as the square root of the length of the pendulum. it is found that a pendulum 9 metres long makes a complete oscillation in 3.3 seconds. What is the time of oscillation for a pendulum of 5 metres.

Sagot :

mathmate

Answer:

2.46 seconds (approximately)

Step-by-step explanation:

use ratio

T2/T1 = T2/3.3=sqrt(5): sqrt(9)

T2=3.3 (sqrt(5/9)=2.46 seconds

shubhamchouhanvrVT

The time of oscillation for a pendulum of 5 meters will be 2.46 seconds.

What is a simple pendulum?

A weight suspended from a pivot such that it can freely swing is called a pendulum. Gravity's restoring force will cause a pendulum to accelerate back toward its equilibrium position if it is sideways moved from its resting, equilibrium position.

Given that the time to complete one oscillation of a simple pendulum varies as the square root of the length of the pendulum. it is found that a pendulum 9 meters long makes a complete oscillation in 3.3 seconds.

The time will be calculated as below:-

T2/T1 = T2/3.3=√(5): √(9)

T2=3.3 (√(5/9)=2.46 seconds

Therefore, the time of oscillation for a pendulum of 5 meters will be 2.46 seconds.

To know more about simple pendulums follow

https://brainly.com/question/20693767

#SPJ5

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