Orbital Velocity Simulator

🌍 Orbital Velocity Simulator

Explore how orbital velocity changes with distance from Earth

400 km
1.0x
Orbital Velocity
7.67 km/s
Orbital Period
92.4 min
Centripetal Force
8.73 m/sΒ²

πŸ“š Physics Behind Orbital Motion

Orbital velocity is determined by the balance between gravitational force and centrifugal force. As distance increases, the required velocity decreases.

v = √(GM/r)

Where:
β€’ v = orbital velocity
β€’ G = gravitational constant
β€’ M = Earth’s mass
β€’ r = orbital radius

πŸ›°οΈ Real-World Applications

Low Earth Orbit (LEO): 160-2000 km
International Space Station orbits at ~408 km

Geostationary Orbit: 35,786 km
Satellites match Earth’s rotation period

Key Insight: Higher orbits = slower speeds but longer periods!

🌌 Orbital Comparison Table

Altitude (km)Orbital Velocity (km/s)Period (minutes)Real Examples
4087.6692.9ISS, Hubble
5507.5395.8Starlink
1,2007.01109.5Polar satellites
35,7863.071,436Geostationary
πŸŒ™