Bernoulli Equation Calculator
Solve Bernoulli's equation for the static pressure at point 2 along a streamline given point-1 pressure, velocities at b...
Kinematics, dynamics, and classical-physics shortcuts.
Solve the common physics textbook calculations — velocity, acceleration, force, and energy — with units correctly tracked end to end.
Solve Bernoulli's equation for the static pressure at point 2 along a streamline given point-1 pressure, velocities at b...
Calculates the period (or length) of a simple pendulum from its length and local gravitational acceleration.
Calculates projectile range R = v₀²·sin(2θ)/g, maximum height H = v₀²·sin²θ/(2g), time of flight T = 2v₀·sin θ/g, and op...
Compute the common final velocity of two bodies after a perfectly inelastic 1D collision (they stick together), using co...
Calculates orbital period T = 2π√(r³/GM), orbital velocity v = √(GM/r), and centripetal acceleration for a circular orbi...
Calculates the elastic potential energy stored in a spring and the restoring force using Hooke's Law from spring constan...
Compute the terminal velocity of a falling object in a fluid (typically air) when drag balances gravity, using v_t = √(2...
Calculates angular momentum L = I · ω, where I is the moment of inertia (kg·m²) and ω is angular velocity (rad/s). Also...
Calculates gravitational potential energy U = −G·M·m/r and gravitational force F = G·M·m/r² between two point masses sep...
Compute the magnification of a telescope from the focal lengths of the objective lens (or mirror) and the eyepiece, plus...
Calculates the range, maximum height, and time of flight of a projectile launched at an angle from horizontal, ignoring...
Calculates centripetal force, centripetal acceleration, and orbital speed needed for uniform circular motion from mass,...
Calculates the kinetic energy stored in a solid-disc flywheel: KE_rot = ½·I·ω² = ¼·m·r²·ω², where ω = 2π·RPM/60.
Calculates escape velocity v_esc = √(2GM/R) and the corresponding kinetic energy needed per kg of payload. For Earth: M...
Compute the tip deflection of a cantilever beam loaded with a point force P at its free end, using δ = P · L³ / (3 · E ·...
Compute the head loss due to friction in a pipe using the Darcy-Weisbach equation h_f = f · (L/D) · v² / (2g), given the...
Applies the work-energy theorem to calculate net work done on an object from its initial and final speeds, plus individu...
Calculates the moment of inertia of a hollow cylinder rotating about its symmetry axis: I = ½·m·(R₂² + R₁²), where R₂ is...
Calculates the period T = 2π√(L/g) and frequency f = 1/T of a simple pendulum of length L under gravity g. Valid for sma...
Compute the steady-state rate of heat conduction through a flat wall or slab using Fourier's law of conduction: Q = k ·...
Compute range, max height, and flight time for a projectile launched at an angle.
Calculates spring restoring force F = kx, elastic potential energy PE = ½kx², and oscillation period T = 2π√(m/k) for a...
Calculates impulse, change in momentum, and average force from mass, initial/final velocity, and contact time.
Calculates final velocities after a one-dimensional perfectly elastic collision between two objects using conservation o...