How is the time period of simple pendulum affected if the length is made 9 times?

The period is directly proportional to the length of pendulum.

How is the time period of simple pendulum affected if its length is made four times?

2πis also a constant. Therefore we can say that time period is directly proportional to square root of length of the pendulum. Therefore as the length of the pendulum becomes four times, the time period becomes the 2 times.

How is the time period of simple pendulum affected if the length of pendulum is doubled?

∴ By increasing the length of a simple pendulum by four times the time period will be doubled.

How is the time period of a simple pendulum affected if the length is made 16 times?

Therefore, the time period is doubled.

How will the time period of a simple pendulum be affected when I the length of a pendulum is doubled II the value of g is made one fourth?

(a) The length is made four time, (b) The acceleration due to gravity is reduced to one-fourth. Therefore time period becomes double. Therefore time period becomes double.

How is the time period of a simple pendulum affected if?

g = acceleration due to gravity. Hence, we can say that when the length is made four times, time period of a simple pendulum is doubled. Hence, we can say that when acceleration due to gravity is reduced to one fourth, time period of a simple pendulum is doubled.

How is the time period of simple pendulum affected?

How will the time period of a simple pendulum be affected when I the length of a pendulum is doubled if the value of g is made one fourth?

How the time period of a simple pendulum will be affected when we bring it to a hill?

Gravitational acceleration decreases with altitude. The time period of a simple pendulum varies inversely as the square root of the gravitational acceleration. Hence the pendulum’s time period will increase. In other words, it will take more time to complete one cycle, and hence it will lose time.

How does the time period T of a simple pendulum affected if its length is reduced to one fourth?

Hence, we can say that when the length is made four times, time period of a simple pendulum is doubled. Hence, we can say that when acceleration due to gravity is reduced to one fourth, time period of a simple pendulum is doubled.

What factor affect time period of a simple pendulum?

The only things that affect the period of a simple pendulum are its length and the acceleration due to gravity. The period is completely independent of other factors, such as mass.

What is the acceleration due to gravity due to pendulum 2?

If Pendulum 2’s length is 9 times that of Pendulum 1 (i.e. L 2 = 9 L 1 ), and acceleration due to gravity is now 4 times what it used to be (i.e. g 2 = 4 g 1 ), then: Therefore the new period is one-and-a-half times longer than the old one. The period would increase 1.5 times the original period.

How is the time period of a simple pendulum affected?

How is the time period of a simple pendulum affected if the acceleration due to gravity is reduced to one-fourth? Hence the time period becomes double when acceleration due to gravity reduced to one-fourth.

What is the energy of a simple pendulum?

The energy of the simple pendulum is conserved and is equal in magnitude to the potential energy at the maximum amplitude. If the temperature of a system changes then the time period of the simple pendulum changes due to change in length of the pendulum.

Does the weight of a pendulum bob affect the swing period?

Regardless of the weight of the pendulum bob, otherwise known as the weight at the end of the string, the deciding factor of the period of the swing is length, as it is the only variable in the stated equation. A simple pendulum is modeled by physicists as a point mass suspended from a rod or string,…