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peeyush_ali
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can we exert 2 unequal forces in opposite directions on the two sides of an ideal<mass less> spring?
YorkLarry said:A massless spring is compressed then suddenly released. Does it overshoot its uncompressed length? Where does the stored energy go?
An ideal spring is a hypothetical model used in physics to understand the behavior of real springs. It is an idealized version of a spring that has no mass, perfect elasticity, and follows Hooke's law, which states that the force exerted by a spring is directly proportional to the amount it is stretched or compressed.
The opposing forces on an ideal spring are the restoring force and the external force. The restoring force is the force exerted by the spring to return to its equilibrium position, while the external force is any force applied to the spring that causes it to stretch or compress.
The opposing forces on an ideal spring affect its motion by creating a state of equilibrium. When the external force is applied, it stretches or compresses the spring, creating a restoring force that opposes the external force. This results in the spring oscillating back and forth around its equilibrium position.
The opposing forces on an ideal spring can be affected by the stiffness of the spring, the amount it is stretched or compressed, and the mass of the object attached to the spring. These factors can alter the magnitude of the restoring force and the external force, thus affecting the motion of the spring.
The concept of opposing forces on an ideal spring can be applied in various real-life situations, such as in the design of shock absorbers for vehicles, in the construction of buildings and bridges, and in the design of suspension systems for machinery. Understanding the behavior of opposing forces on an ideal spring is crucial in creating structures and systems that can withstand and dampen external forces.