Is it true that limiting equilibrium means ma = 0 in F - f = ma ?
Is it true that limiting equilibrium means ma = 0 in F - f = ma ?
Aniket Singh , 11 Months ago
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11 grade physics others> Is it true that limiting equilibrium mean...
1 AnswersAskiitians Tutor Team
Yes, that's correct. In a limiting equilibrium situation, the system is in a state where it's on the verge of moving, but is not actually accelerating. This means that the net force acting on the system is zero.
In the equation \( F - f = ma \), where \( F \) is the applied force, \( f \) is the frictional force, \( m \) is the mass, and \( a \) is the acceleration, setting \( a = 0 \) simplifies the equation to \( F - f = 0 \). This implies that the applied force \( F \) is exactly balanced by the frictional force \( f \). Therefore, in limiting equilibrium, the forces are balanced, and the object is not accelerating.
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