Aswajith

In the world of physics, two powerful and closely linked ideas describe how motion and force interact — momentum and impulse. Let us explore them in a clear and scientific way.

Momentum: The Quantity of Motion

Momentum is the scientific term for the strength of motion an object possesses. It depends on two main factors — the mass of the object and its velocity.Mathematically, it is expressed as:

Momentum (p) = mass (m) × velocity (v)

Every moving object — from a drifting leaf to a speeding train — carries momentum.The greater the mass or the faster it moves, the larger its momentum becomes.

In simple terms, momentum tells us how hard it is to stop a moving object.A truck moving at the same speed as a bicycle will have far greater momentum, because it carries more mass.

⚙️ What is Force?

In simple words, a force is a push or a pull . it is the reason things move, stop, speed up, or change direction.

Every movement we see — a bird flapping its wings, a car speeding on the road, or a rocket rising into the sky — happens because some force is acting.

Scientifically, force is what changes the motion of an object . it can make something start moving, stop moving, or change its speed.

The great scientist Sir Isaac Newton explained this in his famous Laws of Motion.He said, “An object will stay at rest or keep moving in a straight line unless a force acts upon it.”

That means — without force, nothing in the universe would ever change its motion.

Heat , temperature , energy , why steem have more heat .

Transformer , alpha , beta , rays .

latent heat , melting , temperature , wind, wave principal .

Types of energy , potential energy , kinetic energy .

latent heat , melting , temperature , wind, wave principal , E>M>F , V ,I,R .

load suspended from a spring , Calculating the pressure exerted , calculating time force of car traveling .

Teach him about energy, mass, motion .

Teach him about energy, mass, motion .

Atom , atomic structure , proton , nutron , electron .

 load suspended from a spring , Calculating the pressure exerted , calculating time force of car traveling .

EMF , volt calculation , resistance , atomic problems .

Finding - the volume of water , the circumference , s the height of the beaker, the mass , adding lines to paper , plotting graph

Finding - the volume of water , the circumference , s the height of the beaker, the mass , adding lines to paper , plotting graph .

Filament bulb , nitrogen gas inside , glass , filament ,negative terminal ,positive terminal ,cap and thread.

Learned about spring properties and calculating pressure and density .