Mechanics Gravitation Calculators

Gravitation calculators provide essential tools for analyzing celestial mechanics, orbital dynamics, and gravitational forces. These physics gravitation calculators help students and researchers solve problems involving planetary motion, satellite orbits, escape velocities, and gravitational fields. From basic weight calculations to complex orbital mechanics, these tools simplify gravitational analysis and celestial computations.

Calculate orbital periods, synchronous altitudes, gravitational potentials, and field strengths with precision. Each gravitation formula calculator follows fundamental physics principles for Newtonian gravity, orbital dynamics, and gravitational energy, making it easier to understand celestial mechanics and solve gravitational physics problems efficiently in educational settings.

⚠ Disclaimer: This calculator provides results based on standard formulas and simplified assumptions. It is intended for educational purposes only and should not be used for professional, medical, industrial, or experimental applications without expert verification.

Universal Gravitation (F = Gm₁m₂/r²)

Mass m₁ (kg) Mass m₂ (kg) Distance r (m)

Gravitational Potential Energy

Mass m (kg) Height h (m)

Gravitational Field Strength (g = GM/r²)

Planet mass M (kg) Distance r (m)

Escape Velocity

Planet mass M (kg) Planet radius R (m)

Orbital Speed of Satellite

Planet mass M (kg) Orbit radius r (m)

Period of Satellite Orbit

Planet mass M (kg) Orbit radius r (m)

Weight on Another Planet

Mass m (kg) Planet mass M (kg) Planet radius R (m)

Gravitational Potential at Distance r

Planet mass M (kg) Distance r (m)

Synchronous Orbit Altitude

Planet mass M (kg) Planet radius R (m)

g Variation with Altitude

Planet mass M (kg) Planet radius R (m) Altitude h (m)