A dwarf planet and an asteroid are in a remote location in space far from any other bodies. Dwarf Planet – mass 9.0 x 1020 kg Asteroid – mass 4.5 x 1017 kg Separation of centers-of-mass – 30,000 km What is the gravitational force between the planet and asteroid? If released from rest at their current location, what would be their acceleration(s)? Which one, if either, would displace more? Explain using the concept of inertia.
A dwarf planet and an asteroid are in a remote location in space far from any other bodies. Dwarf Planet – mass 9.0 x 1020 kg Asteroid – mass 4.5 x 1017 kg Separation of centers-of-mass – 30,000 km What is the gravitational force between the planet and asteroid? If released from rest at their current location, what would be their acceleration(s)? Which one, if either, would displace more? Explain using the concept of inertia.
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ISBN:9781305952300
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A dwarf planet and an asteroid are in a remote location in space far from any other bodies.
Dwarf Planet – mass 9.0 x 1020 kg
Asteroid – mass 4.5 x 1017 kg
Separation of centers-of-mass – 30,000 km
- What is the gravitational force between the planet and asteroid?
- If released from rest at their current location, what would be their acceleration(s)?
- Which one, if either, would displace more? Explain using the concept of inertia.
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