Question: Why, according to Newtonian gravity, do objects move as described by Kepler's Second Law (that objects move faster when closer to the Sun, and slower
Why, according to Newtonian gravity, do objects move as described by Kepler's Second Law (that objects move faster when closer to the Sun, and slower when farther from the Sun)?
As a planet falls closer to the Sun, the force of attraction increases, speeding up the planet | ||
The distance between a planet and the Sun is always the same | ||
As a planet gets closer to the Sun, its inertia causes it to speed up | ||
When a planet is farthest from the Sun, the force is greatest, so it moves fastest | ||
When a planet is closest to the Sun, its mass increase, increasing the force it feels |
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