If the string of an oscillating simple pendulum is cut, when the bob is at the mean position, the bob falls along a parabolic path.

Question

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Answer 1

Option B is correct. Because correct explanation is that when string is cut net force acting on bob is only gravitational force, so under the influence of gravity (constant) bob always follow parabolic path

Answer 2

Option B is correct. Because correct explanation is that when string is cut net force acting on bob is only gravitational force, so under the influence of gravity (constant) bob always follow parabolic path

If the string of an oscillating simple pendulum is cut, when the bob is at the mean position, the bob falls along a parabolic path.

The bob possesses horizontal velocity at the mean position.

If the string of an oscillating simple pendulum is cut, when the bob is at the mean position, the bob falls along a parabolic path.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion

Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion

Assertion is correct but Reason is incorrect

Assertion is incorrect but Reason is correct

Option B is correct. Because correct explanation is that when string is cut net force acting on bob is only gravitational force, so under the influence of gravity (constant) bob always follow parabolic path

It takes 0.2 s for a pendulum bob to move from mean position to one end. What is the time period of pendulum?

The string of a pendulum is horizontal initially. The mass of the bob attached is m. Now the string is released. 'R' is the length of the pendulum.
(i) Velocity of the string at an angle $3 0^{\circ}$ with the vertical is ________

For an oscillating simple pendulum the tension in the string is maximum at the mean position and minimum at the extreme position.

The velocity of oscillating bob in simple harmonic motion is maximum at the mean position.

For an oscillating simple pendulum the tension in the string is maximum at the mean position and minimum at the extreme position.

The string of a pendulum is horizontal initially. The mass of the bob attached is m. Now the string is released. 'R' is the length of the pendulum.
(i) Velocity of the string at the lowest point

Revise with Concepts

Simple Pendulum

If the string of an oscillating simple pendulum is cut, when the bob is at the mean position, the bob falls along a parabolic path.

The bob possesses horizontal velocity at the mean position.

If the string of an oscillating simple pendulum is cut, when the bob is at the mean position, the bob falls along a parabolic path.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion

Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion

Assertion is correct but Reason is incorrect

Assertion is incorrect but Reason is correct

Option B is correct. Because correct explanation is that when string is cut net force acting on bob is only gravitational force, so under the influence of gravity (constant) bob always follow parabolic path

It takes 0.2 s for a pendulum bob to move from mean position to one end. What is the time period of pendulum?

The string of a pendulum is horizontal initially. The mass of the bob attached is m. Now the string is released. 'R' is the length of the pendulum. (i) Velocity of the string at an angle 30∘ with the vertical is ________

For an oscillating simple pendulum the tension in the string is maximum at the mean position and minimum at the extreme position.

The velocity of oscillating bob in simple harmonic motion is maximum at the mean position.

For an oscillating simple pendulum the tension in the string is maximum at the mean position and minimum at the extreme position.

The string of a pendulum is horizontal initially. The mass of the bob attached is m. Now the string is released. 'R' is the length of the pendulum. (i) Velocity of the string at the lowest point

Revise with Concepts

Simple Pendulum

The string of a pendulum is horizontal initially. The mass of the bob attached is m. Now the string is released. 'R' is the length of the pendulum.
(i) Velocity of the string at an angle $3 0^{\circ}$ with the vertical is ________

The string of a pendulum is horizontal initially. The mass of the bob attached is m. Now the string is released. 'R' is the length of the pendulum.
(i) Velocity of the string at the lowest point