I think you're talking about Inertia and Friction, the question is kinda confusing soo...
On the moon, the main force that slows and stops a rolling ball is called air resistance. Unlike on Earth, the moon has a very thin atmosphere, so there is less air resistance to slow down the motion of objects. Additionally, the lack of significant friction between the ball and the lunar surface also contributes to its slow down and eventual stop.
the Lunar Police Force. or lack of gravity.
A bouncing ball on the moon would bounce higher and for a longer period of time compared to a bouncing ball on Earth due to the moon's lower gravity. The reduced gravitational force on the moon allows objects to accelerate more slowly towards the surface, resulting in higher bounces with less energy loss.
Molly Moon Stops the World was created in 2003.
A ball on a string is an example of centripetal acceleration
No. as long as there is any amount of gravity. a ball can never go higher then where it was dropped if no force is added.
A golf ball hit on the moon travels much farther than one hit on Earth primarily due to the moon's lower gravitational pull, which is about one-sixth that of Earth's. This reduced gravity means that the ball experiences less downward force, allowing it to stay in the air longer and travel farther. Additionally, the absence of an atmosphere on the moon eliminates air resistance, further enhancing the ball's distance. Combined, these factors result in significantly longer trajectories for golf balls on the moon compared to Earth.
gravity attracts the moon to the earth, us to the earth, the sun to the earth, the earth to the sun, and every piece of mater to every other piece of matter.
This would not be possible because the moon has less gravity than earth does and it would just float up.
The ISBN of Molly Moon Stops the World is 0-330-41577-8.
Inertia is the property of matter to stay in its existing state of rest or uniform motion in a straight line, unless that state is altered by some force. Even on the moon, inertia is at work. For example, if you throw a ball on the moon, it would continue moving until the moon's gravity and the friction on the moon's surface brought it to rest. If the ball is on the ground, it will stay in place until a force acts upon it.
The forces involved in the moon's orbit around Earth are gravitational force and centripetal force. The gravitational force from Earth keeps the moon in orbit, while the centripetal force acts as the tension in the string, pulling the moon towards the center of its orbit.