A simple pendulum is oscillating without damping. When the displacement of the bob is less than maximum, its acceleration vector is correctly shown in: [2002]

Question

A simple pendulum is oscillating without damping. When the displacement of the bob is less than maximum, its acceleration vector $\vec{a}$ is correctly shown in: [2002]

Smart Achievers · Accepted Answer

(3)

The resultant of transverse ${\vec{a}}_{t}$ and radial ${\vec{a}}_{r}$ component of the acceleration is represented by $\vec{a}$

Solution

Q.
A simple pendulum is oscillating without damping. When the displacement of the bob is less than maximum, its acceleration vector $\vec{a}$ is correctly shown in: [2002]

1

2

3

4

Ans.
(3)

The resultant of transverse ${\vec{a}}_{t}$ and radial ${\vec{a}}_{r}$ component of the acceleration is represented by $\vec{a}$

Want Us to Email you About Special Offers & Updates?

Solution

Q. A simple pendulum is oscillating without damping. When the displacement of the bob is less than maximum, its acceleration vector a→ is correctly shown in: [2002]

1

2

3

4

Ans. (3) The resultant of transverse a→t and radial a→r component of the acceleration is represented by a→

Want Us to Email you About Special Offers & Updates?

Q.
A simple pendulum is oscillating without damping. When the displacement of the bob is less than maximum, its acceleration vector $\vec{a}$ is correctly shown in: [2002]

Ans.
(3)

The resultant of transverse ${\vec{a}}_{t}$ and radial ${\vec{a}}_{r}$ component of the acceleration is represented by $\vec{a}$