Laws of Motion

In this topic, we will learn some common forces in mechanics. It also explains constant forces in detail with examples.

In this topic, we will learn about the law of inertia given by Galileo. It also covers different experiments of Galileo regarding laws of inertia.

In this topic, we will learn about Newton’s first law of motion. With the aid of various examples, it also explains the statement of Newton’s first law of motion.

In this topic, we will study Newton’s second law of motion. It also explains the statement of Newton’s second law of motion along with brief on momentum and impulse.

This topic explains the concept of moment and its formula. We will learn its importance for considering the effect of force in motion. It also discusses the concept of impulse with examples.

This topic briefs on the Newton’s third law of motion. It also explains the statement of Newton’s third law of motion along with the fact that force always occurs in pair.

This topic helps us understand the conservation of momentum. We will also learn about the total momentum of an isolated system of interacting particles in this topic.

This topic explains the condition of equilibrium of a particle in a system. It also derives mathematical equation for components of force in support of equilibrium conditions.

In this topic, we will learn about some common forces in mechanics like tension in a string, force due to a spring, etc. It explains constant forces in detail with examples along with the friction force. Types of frictional forces will also be elaborated here.

WIth the use of illustrations, this topic explains the concept of friction and its types. It also explains the importance of friction through examples.

This topic introduces us to the concept of circular motion. We will learn about the forces acting on a vehicle under different conditions along with banking of roads.

In this topic, we will learn about the various applications of Newton's first, second and third law of motion in detail.