Well, honey, congratulations on paying attention in science class. We don't fly off the Earth because good ol' gravity is pulling us down, trying to keep us grounded, while the Earth's rotation gives us that lovely thing called gravity tells us what's what. Just sit tight and enjoy the ride, darling.
Sir Issac Newton is rolling in his grave... The answer is Gravity, essentially, everything is pulled toward the center of the earth. Gravity causes things to fall and gives everything on earth weight
Venus, it takes 243 Earth days to complete a single rotation. It also spins opposite most of the other planets in a retrograde motion (clockwise if you're staring down on it from the north pole). With as slowly as it spins usually it will complete a year in 224.7 Earth days before it spins a single time. This means that most places on Venus get sunlight for 116.75 Earth days. With the crushing atmosphere the light itself makes little difference though; even the night side has temperatures of over 800 degrees F.
Tiny planets that orbit larger planets are known as moons or natural satellites. These moons are held in orbit by the gravitational pull of the larger planet. Some examples include Earth's Moon orbiting around Earth and Phobos and Deimos orbiting around Mars.
well, they definatly dont take the same time to complete a rotation, but they both make circles around the sun well, they definatly dont take the same time to complete a rotation, but they both make circles around the sun
*** original answer *** i dont have a clue what you are talking about but the earth is far bigger than the moon ******************* *** correct answer *** There are actually 5 Lagrange points in any two body system. I assume you're referring to the L1 point. This is the point along the line between the Earth and Moon where the gravitational forces from each body equal each other. That point is roughly 345,000 km from the center of the Earth (the Earth's radius is ~6378 km). The total distance from the Earth to the Moon is about 384,000 km. *******************
i dont now
i think i dont know hahahahhahaha
i really dont know
Both the Earth and a spinning top spin on an axis, causing them to have a rotation. However, the Earth is much larger in size and has its own gravitational pull, while a spinning top is typically much smaller and is controlled by external forces like friction. Additionally, the Earth's rotation is constant and influenced by factors such as the Sun and Moon, while a spinning top's rotation is usually set in motion by a person or a machine.
the earth is a planet with a gravitational pull unlike any other planet this is what people dont understand
i dont think earth would have the gravitational pull to keep the object on earth i think the sun would pull it away
Because the objects are tiny compared with the Earth, the comparative gravitational force is very small.
A Mercury day (sidereal rotation period) is 58.646 earth days = 1407.5 hours.
The period of Venus' rotation about its axis is 243 Earth days. It is a retrograde rotation, however, in that the rotation, as viewed from the Sun's "north pole", i.e. the direction of Polaris, is clockwise instead of counterclockwise.The period of Venus' orbit around the Sun is 227 days.
Water stays put on the Earth's surface as the force of gravity pulls it towards the center of the planet. The rotation of the Earth creates a centrifugal force that counteracts the gravity, resulting in a balance where water doesn't spill as the Earth rotates.
i honestly dont know so dont ask me sorry
gravitational energy