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# Give two situations where net force acting $0$ on $2$ bodies is zero. Verified
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Hint: An entity that is initially at rest and has no net forces acting on it will remain at rest. If it's going, it'll keep moving in a straight line at a steady pace. Forces are "pushes" or "pulls" on an object, and they are vector quantities, including velocity and acceleration.

Let's start with a box with holders on both sides. Begin pulling with the string on both sides with equal force from either hand. The box can never turn when it is in equilibrium, which means it meets the first condition of equilibrium. $F=0$, in other words.
Newton's second law of motion explains this. Since $F = ma$, here $F$ stands for force, $m$ for mass, and $a$ for acceleration.However, since mass cannot be zero, acceleration must also be zero. Acceleration is the process of increasing or decreasing your rpm. When there isn't any acceleration, the body begins to travel at its previous pace. This speed can be anywhere from $0$ to infinity. The body is at rest while moving at zero speed. As a result, it does not always imply that the object should be at rest.