Physics Calculators Online

Work

This calculator helps determine the amount of work done when a force is applied over a distance. It’s useful for students, engineers, and anyone studying physics or mechanics. Just enter the applied force and the distance moved to get the result instantly.

Total Work

This Total Work Calculator helps you determine the net work done on an object based on its mass and change in velocity. It’s useful for physics students, teachers, and engineers analyzing motion and energy transfer. The calculation is based on the Work-Energy Theorem, which relates work to changes in kinetic energy.

Potential Energy

This calculator helps you determine the potential energy of an object based on its mass, height, and gravitational acceleration. It’s useful for students, engineers, and physics enthusiasts to understand energy in mechanical systems. Simply input the values, and the tool instantly provides the result.

Mass

This Mass Calculator helps you determine the mass of an object using the fundamental physics formula: mass = force ÷ acceleration. It’s a useful tool for students, engineers, and physics enthusiasts who need quick and accurate calculations without doing the math manually.

Kinetic Energy

Calculate the kinetic energy of a moving object based on its mass and velocity. This calculator is useful for physics students, educators, and engineers to quickly determine how much energy an object has due to motion.

Force

This Force Calculator helps you quickly determine the force acting on an object using Newton’s Second Law. By entering mass and acceleration, you can compute the resulting force in newtons (N). Ideal for physics students, engineers, and anyone working with motion and mechanics.

Acceleration

This calculator helps you determine the acceleration of an object using Newton’s second law of motion. Simply input the force applied (F) and the mass of the object (m), and it will compute the acceleration (a). It’s a useful tool for physics students, engineers, and anyone working with motion dynamics.