Solve the problem.
-The force acting on a pendulum to bring it to its perpendicular resting point is called the restoring force. The restoring force F, in Newtons, acting on a string pendulum is given by the formula
F = mg sinθ
Where m is the mass in kilograms of the pendulum's bob, g =9.8 meters per second per second is the acceleration
Due to gravity, and θ is angle at which the pendulum is displaced from the perpendicular. What is the value of
The restoring force when m = 0.8 kilogram and θ = 60°? If necessary, round the answer to the nearest tenth of a
Newton.
A) 6.9 N
B) 6.8 N
C) 2.4 N
D) 3.9 N

Question

Quizplus · Accepted Answer

The Answer of Solve the problem.
-The force acting on a pendulum to bring it to its perpendicular resting point is called the restoring force. The restoring force F, in Newtons, acting on a string pendulum is given by the formula
F = mg sinθ
Where m is the mass in kilograms of the pendulum's bob, g =9.8 meters per second per second is the acceleration
Due to gravity, and θ is angle at which the pendulum is displaced from the perpendicular. What is the value of
The restoring force when m = 0.8 kilogram and θ = 60°? If necessary, round the answer to the nearest tenth of a
Newton.
A) 6.9 N
B) 6.8 N
C) 2.4 N
D) 3.9 N

Solve the Problem. -The Force Acting on a Pendulum to Bring It to Bring