Solutions of Motion from Full Marks Science

Author:Jasvinder Kaur Randhawa
9th CBSE
IMPORTANT

Jasvinder Kaur Randhawa Science Solutions from Chapter 8 - Motion

Jasvinder Kaur Randhawa's Full Marks Science detailed solutions to all the exercises of Motion for 9th CBSE are provided here. The topics covered are such as Equations Of Motion By Graphical Method, Uniform Motion: and, Non-uniform Motion:. The points to remember in the Jasvinder Kaur Randhawa's Book Solutions is ideal for quick revision.

Practice Other Topics from Motion

This topic deals with the concept of uniform motion. We will also learn that in uniform motion, an object covers equal distance in equal intervals of time with the help of examples.

This topic discusses in detail about non-uniform motion. We will also learn that in non-uniform motion, an object covers unequal distances in equal intervals of time.

This topic explains in detail the speed, which is the distance travelled by an object in a unit time. The unit of speed is also discussed in this topic.

In this topic, we will learn about average speed and the formula to calculate the average speed of an object. The concept is explained with many illustrations.

This topic describes the concept of velocity. It states that velocity is the speed of an object moving in a certain direction. It also explains the unit of velocity.

This topic describes the acceleration and states that acceleration is the change in velocity of an object per unit time. We will also learn the formulae and S.I. unit of acceleration.

Full Marks Science>Motion, Force and Work>Motion>Graphical Representation of Motions

This topic explains the graphical representation of motions. The distance-time graph and velocity-time graph are explained in detail here with the help of diagrams.

Full Marks Science>Motion, Force and Work>Motion>Equations of Motion by Graphical Method

This topic describes the equations of motion by graphical methods. Here, we will learn how to derive equations motion by using velocity-time, position-time and position-velocity graphs.