In a mechanical wave, the restoring force is the force that actually causes the oscillation. In which direction does a restoring force act?
A. opposite the direction of the propagation
B. opposite the direction of the displacement from equilibrium.
C. in the same direction as the displacement from equilibrium.
D. in the same direction as the propagation

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05-12-2022
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In a mechanical wave, the restoring force is the force that actually causes the oscillation. In which direction does a restoring force act?
A. opposite the direction of the propagation
B. opposite the direction of the displacement from equilibrium.
C. in the same direction as the displacement from equilibrium.
D. in the same direction as the propagation

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charithran8975 charithran8975 · Answer 1 · 2022-12-08T04:28:51-05:00

The force that returns an object to its continuously position is known as the restoring force; it is denoted by a negative sign since its direction of action is the opposite of that of the displacement.

regaining power a force that opposes displacement in order to return the system to equilibrium, or its rest position. Like in Hooke's law, the amount of force is only dependent on displacement. oscillatory motion where a restorative force acts as the system's net force. The other coordinate axes are therefore subject to a net force. This gravitational force's tangential component serves as the restoring force. This force component is directed toward the pendulum bob as it shifts to the right of the equilibrium position.in the opposite direction of its return to the equilibrium position. In an oscillating system, a restoring force is a force that continuously points in the direction of the equilibrium position. The object is accelerated by the restoring force as it moves closer to the equilibrium position.

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