Notes Ad

Force and Laws of Motion Practice

Solve chapter-level practice questions for Force and Laws of Motion with reveal-only solutions and quick revision support.

Study Ad

Inline Chapter Banner

Reserved space for student-focused ads, learning tools, scholarships, and exam prep promotions.

Practice Test 1

Force, inertia, and first-law concepts.

Q1. Why does a passenger fall forward when a moving bus stops suddenly?

Q2. Which has more inertia: a football or a stone of the same size?

Q3. What type of force is needed to change the state of rest of a body?

Momentum and second-law calculations.

Q1. Find the momentum of a 4 kg body moving at 6 m/s.

Q2. A force of 12 N acts on a body of mass 3 kg. Find the acceleration.

Q3. Why is a cricketer advised to pull the hands backward while catching the ball?

Third law and action-reaction applications.

Q1. How does a person walk on the ground according to Newton's third law?

Q2. Why does a gun recoil after firing?

Q3. Do action and reaction act on the same body?

Mixed revision with conservation of momentum.

Q1. A 2 kg trolley moves at 5 m/s. What is its momentum?

Q2. State the law of conservation of momentum.

Q3. Why are seat belts important in cars?

Study Ad

Mid-Page Notes Banner

Ad slot placed inside chapter reading flow for better visibility across public notes pages.

Is inertia the same as force?

No. Inertia is a property of matter that resists change, while force is an external push or pull that can produce that change.

Why is momentum treated as more than just speed?

Because momentum depends on both mass and velocity. A heavy slow object can have more momentum than a light fast one.

Struggling with Force and Laws of Motion?

Book a free 1:1 demo with a Physics tutor and get chapter-wise help that matches your pace.

Notes Ad

End of Notes Banner

This inventory appears across Class 9 and Class 10 notes so ads remain visible throughout the study journey.