Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional force
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional forceThe magnitude of the force acting on the body Force (F) = 50n
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional forceThe magnitude of the force acting on the body Force (F) = 50nDue to application of this force, the body tends to move but is not set in motion, and hence, the applied force is equal in magnitude and opposite in direction to static frictional force.
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional forceThe magnitude of the force acting on the body Force (F) = 50nDue to application of this force, the body tends to move but is not set in motion, and hence, the applied force is equal in magnitude and opposite in direction to static frictional force.Therefore, the magnitude of static frictional force is 50n.
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Answer:
Step 1: Given data
Step 1: Given dataForce(F) = 50n
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional force
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional forceThe magnitude of the force acting on the body Force (F) = 50n
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional forceThe magnitude of the force acting on the body Force (F) = 50nDue to application of this force, the body tends to move but is not set in motion, and hence, the applied force is equal in magnitude and opposite in direction to static frictional force.
Step 1: Given dataForce(F) = 50nStep 2: Finding the magnitude of static frictional forceThe magnitude of the force acting on the body Force (F) = 50nDue to application of this force, the body tends to move but is not set in motion, and hence, the applied force is equal in magnitude and opposite in direction to static frictional force.Therefore, the magnitude of static frictional force is 50n.
Explanation:
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Answer:
The force is applied to be 50N only as we know that if the constant F is applied on an same m of the object it be result in that object will be on it's position itself it will not move .You can also relate it with (BALANCE FORCE) topic an well.