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Explore projectile motion on an inclined plane with detailed derivations, conditions for perpendicular impact, solved examples, and a Python simulation.
Excel in ray optics problems.
Strengthen particle dynamics in fields.
Practice energy in magnetic field.
Master Faraday’s law numericals.
Sharpen magnetism applications.
Excel in magnetic field numericals.
Master transient analysis in RC circuits.
Boost problem solving on cells.
Strengthen circuit analysis.
Solve tough capacitor problems.
Sharpen potential-based problem solving.
Excel in electrostatics numericals.
Calculate energy in elastic deformations.
Strengthen energy-based problem solving.
Boost rotational mechanics problem solving.
Learn about Coulomb’s Law the inverse square law of force and how French physicist Charles-Augustin de Coulomb discovered it.
Learn about static electricity from everyday sparks to lightning. Discover causes examples like shocks from metal and how to prevent it.
Learn how to calculate the distance a car travels with uniform acceleration. Find the distance covered in 10 seconds.
Learn about momentum in physics with 10 examples from basic to advanced. Explore how momentum affects objects in motion.
Learn how to calculate mass using different methods from converting grams to kilograms to finding mass from weight or density. Essential examples included.
Learn how Newton’s Law of Gravitation describes the force of attraction between masses. This example calculation demonstrates the formula in action.
Learn how to solve projectile motion problems using quadratic equations. Find the maximum height and time of flight for a projectile launched at a 45-degree angle.
Conquer the CBSE Board Exams 2025 with our guide! Learn effective study strategies, time management tips, and overcome exam anxiety for success.
A swimmer is crossing a river that flows at 2 m/s. The swimmer’s speed relative to the water is 4 m/s.
Determine the swimmer’s speed relative to the riverbank (absolute motion) when swimming directly downstream.
Determine the swimmer’s speed relative to the riverbank when swimming directly upstream.
A boat is moving downstream on a river. The river flows at a speed of 3 m/s relative to the riverbank. The boat’s engine propels it at a speed of 7 m/s relative to the water.
Determine the speed of the boat relative to the riverbank (absolute motion).
If the boat turns around and starts moving upstream, what will be its speed relative to the riverbank?
You drive a car on a straight road at a constant speed of 70 km/h for a distance of 8.4 km, after which the car runs out of fuel. You then walk a further distance of 2 km for 30 minutes to reach the gas station. a) What is the total displacement from the beginning of your drive to your arrival at the gas station? b) What is the total time interval from the beginning of your drive to your arrival at the gas station? c) What is the average velocity from the beginning of your drive to your arrival at the gas station?
These problems encompass a variety of scenarios involving motion in one dimension, designed to reinforce the understanding of key concepts such as constant velocity, acceleration, deceleration, and the equations of motion.
Get ready to tackle challenging numerical problems on motion tailored for 9th-grade students. Our comprehensive guide covers a range of physics concepts, from velocity to acceleration. Sharpen your problem-solving skills and gain a deeper understanding of motion with these engaging exercises and solutions.