The Physics of Planetary Formation: Why most asteroids are not spherical
We will talk about "the physics of planetary formation: why most asteroids
are not spherical" in this video.Discover why most asteroids have an irregular shape whereas planets are spherical.Discover how gravity, size, composition, collisions, and age all play a role in the formation of celestial bodies.Investigate how planetary formation physics can explain the various shapes of objects in our solar system.This video will provide fascinating insights into the formation of planets and asteroids, whether you're a space enthusiast or just curious about the universe.
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The Physics of Planetary Formation: Why most asteroids are not spherical
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Planet formation
Solar system
Asteroids
Gravitational forces
Accretion
Protoplanetary disk
Collisions
Angular momentum
Dust particles
Gas giants
Planetesimals
Terrestrial planets
Kuiper belt
Meteorites
Differentiation
Impact craters
Heat flow
Rotational stability
Internal structure
Hydrostatic equilibrium
Spin rate
Shape
Gravity
Mass
Density
Composition
Tidal forces
Pressure
Surface features
Exoplanets
Stellar winds
Orbital resonance
Orbital migration
Solar wind
Magnetic field.
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