The Sun pulls most strongly on the objects that are closest to it. Use this fact and the results of your spinning object experiment to rank the speeds of the following objects as they orbit the Sun, in order from smallest (at the bottom) to largest (at the top). (Note: Be sure to use the heliocentric model of the Solar System (Sun at the center) for this problem.) Objects orbiting the Sun (5 items) (Drag and drop into the appropriate area) Orbital speed Fastest An asteroid 1 Jupiter 2 No more items Earth 3 Venus 4 5 Mercury Slowest
The Sun pulls most strongly on the objects that are closest to it. Use this fact and the results of your spinning object experiment to rank the speeds of the following objects as they orbit the Sun, in order from smallest (at the bottom) to largest (at the top). (Note: Be sure to use the heliocentric model of the Solar System (Sun at the center) for this problem.) Objects orbiting the Sun (5 items) (Drag and drop into the appropriate area) Orbital speed Fastest An asteroid 1 Jupiter 2 No more items Earth 3 Venus 4 5 Mercury Slowest
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
Transcribed Image Text:The Sun pulls most strongly on the objects that are closest to it. Use this fact and the results of your
spinning object experiment to rank the speeds of the following objects as they orbit the Sun, in
order from smallest (at the bottom) to largest (at the top). (Note: Be sure to use the heliocentric
model of the Solar System (Sun at the center) for this problem.)
Objects orbiting the Sun (5 items)
(Drag and drop into the appropriate area)
Orbital speed
Fastest
An asteroid
1
Jupiter
2
No more items
Earth
3
Venus
4
5
Mercury
Slowest
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