Which action results from the combination of gravity and inertia working on the moon? the moon's orbit around earth earth's downward pull on the moon the moon's push against other planets earth's gravitational pull toward the moon

Option A

The moon's orbit around Earth results from the combination of gravity and inertia working on the moon

Explanation:

The physical law that declares that targets in movement serve to rest in action also performs a function in maintaining the planets in orbit. The gravity of the earth and the moon go coincidentally with the inertia to produce the orbits and hold them constant.

Gravity attracts the earth and the moon collectively while holding them isolated. The inertia renders the drift to keep speed and sustain moving. Collectively, this constitutes a rounded orbit as a kind of accommodation within the couple forces.

Option A

The moon's orbit around Earth results from the combination of gravity and inertia working on the moon

Explanation:

The physical law that declares that targets in movement serve to rest in action also performs a function in maintaining the planets in orbit. The gravity of the earth and the moon go coincidentally with the inertia to produce the orbits and hold them constant.

Gravity attracts the earth and the moon collectively while holding them isolated. The inertia renders the drift to keep speed and sustain moving. Collectively, this constitutes a rounded orbit as a kind of accommodation within the couple forces.

a

Explanation:

a

Explanation: