A.spacecraft is launched from Earth toward the moon. Where will the spacecraft be when the gravitational forces acting on it are equal? closer to Earth than to the moon because the moon has greater mass than Earth closer to the moon than to Earth because the moon has greater mass than Earth closer to Earth than to the moon because Earth has greater mass than the moon closer to the moon than to Earth because Earth has greater mass than the moon

Question

A.spacecraft is launched from Earth toward the moon. Where will the spacecraft be when the gravitational forces acting on it are equal? closer to Earth than to the moon because the moon has greater mass than Earth closer to the moon than to Earth because the moon has greater mass than Earth closer to Earth than to the moon because Earth has greater mass than the moon closer to the moon than to Earth because Earth has greater mass than the moon

Answer 1

The spacecraft will be closer to Earth than to the moon because Earth has greater mass than the moon.

Answer 2

## Step 1The problem involves understanding the concept of gravitational forces and their impact on the motion of an object. The gravitational force directly proportional to the product of their masses and inversely proportional to the square of the distance between them. This is known as Newton's law of universal gravitation.## Step 2In this case, the spacecraft is being launched from Earth towards the moon. The gravitational force of the Earth is stronger than that of the moon because the Earth has a greater mass than the moon.## Step 3The spacecraft will be in a position where the gravitational forces from both the Earth and the moon are equal. This position is known as the Lagrange point.## Step 4The Lagrange point is located closer to the Earth than to the moon. This is because the Earth's gravitational force is stronger, and the spacecraft is in a position where the gravitational forces from both the Earth and the moon

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