Essential tools for physics problems and scientific computations
Advanced calculators for students, engineers, and researchers
Our physics calculators are designed to assist students, educators, and professionals in solving complex physics problems. From classical mechanics to thermodynamics and electromagnetism, these tools provide accurate results and help visualize physical concepts.
Calculators for motion, forces, energy, and momentum analysis.
Tools for heat transfer, energy conversion, and thermodynamic processes.
Calculations for wave properties, light behavior, and optical systems.
Have a look at the flight path of the object with this trajectory calculator.
Calculate free fall parameters including gravitational acceleration, drop height, fall duration, and impact velocity. Supports bidirectional LRU solving with unit conversions.
Calculate free fall with quadratic air drag, including terminal velocity, fall time, maximum velocity, and drag force. Supports air resistance coefficient calculation from object properties.
Calculate the horizontal range of a projectile based on velocity, angle, and initial height. Supports bidirectional calculation with multiple unit systems.
Calculate projectile trajectory parameters including launch velocity, angle, distance, maximum height, and flight time with bidirectional solving.
Use this maximum height calculator to figure out what is the maximum vertical position of an object in projectile motion.
Check out how long a projectile remains in the air with this time of flight calculator.
Calculate initial and final velocities, masses, and kinetic energy loss for elastic and inelastic collisions.
Calculate impulse from velocity change, force and time, or momentum change. Supports bidirectional calculation with multiple unit systems.
Estimate the magnitude of acceleration using mass and force, acceleration components, or velocity vectors difference. Includes unit conversion and bidirectional solving.
Calculate real arrow velocity from bow IBO rating, draw length, draw weight, and arrow weight. Includes momentum and kinetic energy calculations.
Calculate momentum, mass, or velocity using the formula p = mv. Supports 1D linear momentum and 2D/3D vector momentum calculations with unit conversions.
Calculate the ballistic coefficient of projectiles using B = m/(C×A). Determine air resistance characteristics for bullets, arrows, and other flying objects.
Calculate the speed at which a projectile exits a firearm barrel using kinetic energy, gas pressure, or distance/time measurements.
Calculate the polar moment of inertia (J) for solid and hollow circular cross-sections. Essential for torsional analysis of shafts and cylinders.
Calculate vehicle jump trajectory, horizontal distance, maximum height, and landing parameters using projectile motion physics. For educational purposes only.
Calculate displacement using velocity and time, initial and final velocity with acceleration, or average velocity over multiple segments.
Calculate quarter-mile elapsed time and trap speed using vehicle weight and power. Features Huntington, Fox, and Hale empirical formulas with bidirectional solving.
Calculate the resultant velocity from multiple velocity vectors. Input up to 5 velocities with angles to find the resultant magnitude, direction, and x/y components.
Calculate friction force using the formula F = μN. Find friction coefficient, normal force, or friction force with bidirectional solving and multiple unit conversions.
Calculate rolling resistance force for vehicles. Use presets for common tire/surface combinations or enter custom friction coefficients. Supports bidirectional solving with multiple units.
Calculate aircraft ground speed from true airspeed, wind speed, course, and wind direction. Includes wind correction angle and heading calculations for flight planning.
Calculate your sled ride speed, sliding time, and stopping distance. Check if your sledding hill is safe with physics-based calculations for different sled types and hill angles.
Calculate horizontal projectile motion parameters including velocity, initial height, time of flight, and horizontal distance with bidirectional solving.
Calculate displacement, initial velocity, final velocity, acceleration, and time using the SUVAT equations for uniformly accelerated motion. Input any three values to solve for the other two.
Determine the maximum velocity achievable by a falling object using the terminal velocity calculator.
Use the inclined plane calculator to solve exercises about objects sliding down an inclined plane with a friction coefficient.
Use the velocity calculator to assess how fast an object moves, given a certain distance and time.
Select a calculator above to start your physics calculations.
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