Gravitation and Properties of Gravitation
Introduction - We have learnt that a force changes or tends to change the state of rest, speed or direction of motion of an object, i.e., the force produces an acceleration. In this chapter, we are going to identify one of the forces which produces ..
Expression for Work
Let us consider a situation where the force is acting along the X-axis and the magnitude of the force is varying with position 'x'. Thus, as the ball moves, the magnitude of the work done by the force, on the ball, changes. The adjacent graph shows the ..
Summary
Machine is a device that is used to multiply force, or to gain speed, or to change the direction of a force, or transform energ..
Newton's Second Law of Motion
Newton's second law of motion states that rate of change of momentum is directly proportional to applied force and takes place in the same direction as the applied force..
Newton
Newton's Second Law of Motion - Newton's second law of motion states that rate of change of momentum is directly proportional to applied force and takes place in the same direction as the applied force..
Solution:
Force = 980 N Time for which the force acts = 0.1 s Change in momentum = impulse = Ft Therefore, change in momentum = Ft = 980 x 0.1 = 98 ..
Gravity
In this process, the particles settle down by gravitational force. Sudden changes in the direction of the gas flow causes the particles to separate out due to greater momentu..
01.
A force of 980 N acts on a body for 0.1 seconds. Calculate the change in momentum of the bod..
Application of Derivatives
Differential calculus can be considered as mathematics of motion, growth and change where there is a motion, growth, change. Whenever there is variable forces producing acceleration, differential calculus is the right mathematics to apply. Application of derivati..
Thrust and Pressure
In the beginning of this chapter, we have defined the force as an external agent, which changes the direction of motion, speed or shape of the body. All along we were discussing only about the forces acting at a point on a body. Let us now consider the forces..
In the beginning of this chapter, we have defined the force as an external agent, which changes the direction of motion, speed or shape of the body. All along we were discussing only about the forces acting at a point on a body. Let us now consider the forces.. Result
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