Physics Calculators - Professional Tools for Physics

Determine constant acceleration from velocity change, distance, or time inputs.

Apply Newton’s second law with vector-aware force, mass, and acceleration outputs.

Solve kinematics problems with interchangeable speed, distance, and time variables.

Compute linear momentum, impulse, and collision outcomes with unit conversions.

Evaluate mechanical work, force, displacement, and angle relationships.

Derive mechanical and electrical power from work rate, torque, or energy change.

Calculate translational kinetic energy, solve for velocity, or compare masses.

Model gravitational, elastic, and electric potential energy scenarios.

Find torque from applied force, lever arm, and angle in static or dynamic cases.

Analyze circular motion with mass, radius, angular velocity, and frequency inputs.

Convert between mass density, specific gravity, and volumetric units.

Relate force, area, and fluid columns with scientific and engineering units.

Predict maxima angles, order spacing, and wavelength from grating setups.

Model interference minima and maxima for laser and aperture experiments.

Calculate photon energy, stopping potential, and kinetic energy thresholds.

Evaluate blackbody spectra, radiance peaks, and wavelength-temperature relations.

Compute Lorentz factors, proper time, and velocity fractions near light speed.

Combine velocities using special relativity instead of classical vector sums.

Compare classical and relativistic kinetic energy across particle energies.

Compute relativistic mass increase with Lorentz factors and velocity inputs.

Assess energy released or absorbed in nuclear reactions from mass deficits.

Relate momentum, position, energy, and time uncertainties in quantum systems.

Calculate hydrostatic pressure with ease using this precise, professional-grade calculator for fluid mechanics.

Use this Thin Lens Equation Calculator to determine the relationship between object distance, image distance, and focal length in optics.