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Why does the speed of a planet decrease as it moves away from the sun?

The planet’s inertia begins to point backward along its orbit.

The planet’s inertia begins to point inward toward the sun.

The direction of the sun’s pull relative to the planet’s motion changes.

The sun’s gravitational pull on the sun decreases.

The speed of a planet decrease as it moves away from the sun due to change in the direction of the sun’s pull relative to the planet’s motion.

The speed of a planet depends on its proximity or distance from the sun. That is,  the speed of a planet will change depending on how far it is from the Sun. The smaller the distance between the planet and the Sun, the stronger the Sun's gravitational pull on it, and the faster the planet moves in its orbit.

Conversely, if the larger the distance between the planet and the Sun, the weaker the Sun's gravitational pull on it, and the slower the planet moves due to change in the direction of the Sun's gravitational pull on the planet.

Thus, the speed of a planet decrease as it moves away from the sun due to change in the direction of the sun’s pull relative to the planet’s motion.

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Answer

The direction of the sun’s pull relative to the planet’s motion changes.

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