Suppose an asteroid of mass 6 x 1020 kg is nearly at rest outside the solar system, far beyond Pluto. It falls toward the Sun and cra into the Earth at the equator, coming in at an angle of 30 degrees to the vertical as shown, against the direction of rotation of the Earth. It is so large that its motion is barely affected by the atmosphere. Asteroid 30% Part 1 Earth Sun (a) Calculate the impact speed. i m/s
Suppose an asteroid of mass 6 x 1020 kg is nearly at rest outside the solar system, far beyond Pluto. It falls toward the Sun and cra into the Earth at the equator, coming in at an angle of 30 degrees to the vertical as shown, against the direction of rotation of the Earth. It is so large that its motion is barely affected by the atmosphere. Asteroid 30% Part 1 Earth Sun (a) Calculate the impact speed. i m/s
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Transcribed Image Text:Suppose an asteroid of mass 6 x 1020 kg is nearly at rest outside the solar system, far beyond Pluto. It falls toward the Sun and cra
into the Earth at the equator, coming in at an angle of 30 degrees to the vertical as shown, against the direction of rotation of the
Earth. It is so large that its motion is barely affected by the atmosphere.
Asteroid
30%
Part 1
Earth
Sun
(a) Calculate the impact speed.
i
m/s
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