a book of mass m is kept on horizontal floor and its pushed in the horizontal with a force of 5N continuously so it moves steadily .Then draw
(a diagram showing all the forces acting on the body at a point of time)
Answers
Explanation:
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X Acceleration
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0Resulting Force = Zero.
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0Resulting Force = Zero.In this case, when the Applied force 100 N was acted on the box, initially the Net force had a value until the box accelerated to 5 m/min (motion) from 0 m/min (rest). Once the box attained the velocity of 5 m/min and became constant, the Net force became Zero.
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0Resulting Force = Zero.In this case, when the Applied force 100 N was acted on the box, initially the Net force had a value until the box accelerated to 5 m/min (motion) from 0 m/min (rest). Once the box attained the velocity of 5 m/min and became constant, the Net force became Zero.So, Net Force = Applied Force - Frictional Force
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0Resulting Force = Zero.In this case, when the Applied force 100 N was acted on the box, initially the Net force had a value until the box accelerated to 5 m/min (motion) from 0 m/min (rest). Once the box attained the velocity of 5 m/min and became constant, the Net force became Zero.So, Net Force = Applied Force - Frictional ForceAs per above Explanation Net Force becomes 0 as the velocity becomes constant.
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0Resulting Force = Zero.In this case, when the Applied force 100 N was acted on the box, initially the Net force had a value until the box accelerated to 5 m/min (motion) from 0 m/min (rest). Once the box attained the velocity of 5 m/min and became constant, the Net force became Zero.So, Net Force = Applied Force - Frictional ForceAs per above Explanation Net Force becomes 0 as the velocity becomes constant.0 = Applied Force - Frictional Force
It is a very interesting real fact that Force has a value if and only if the force applied on any body is moving with an acceleration i.e the velocity should get increasing. If not Force is simply Zero.Force = Mass X AccelerationIf Velocity is constant or not changing, then Acceleration is absolute 0Resulting Force = Zero.In this case, when the Applied force 100 N was acted on the box, initially the Net force had a value until the box accelerated to 5 m/min (motion) from 0 m/min (rest). Once the box attained the velocity of 5 m/min and became constant, the Net force became Zero.So, Net Force = Applied Force - Frictional ForceAs per above Explanation Net Force becomes 0 as the velocity becomes constant.0 = Applied Force - Frictional ForceApplied Force = Frictional Force = 100 N (Answer)