Things falling down, and people losing weight : P
Earths gravitational force compared to mars is greater than mars. That means that objects are easily pulled into earth, whereas it is harder to pull objects into mars, because the gravitational pull is less than earth. With that, satellites on earth could easily fly out of orbit while they are orbiting mars because they have more inertia. With that, the gravitational pull isn't strong enough to overcome the inertia.
The center of the sun is very roughly 23,000 times as far from you as the centerof the Earth is.That means that the gravitational force between you and each pellet of mass inthe sun is roughly1/(23,000)2 = 1/(540 million) = 0.00000000185 as much asthe gravitational force between you and each pellet of mass in the Earth.The sun has roughly 333,000 times as much mass as the Earth has. So the totalgravitational force between you and the sun is333,000/(540 million) = 0.000617 as much asthe total gravitational force between you and the Earth.
The gravitational force on an object is determined by the mass of the planet and the distance from its center. For example, the gravity on Jupiter is stronger than on Earth due to its larger mass, while the gravity on Mars is weaker due to its smaller mass. The gravitational force decreases as the distance from the planet's center increases.
The average gravitational acceleration on Mars is approximately 3.7 m/s^2, which is about 0.38 times the gravitational acceleration on Earth. This means objects on Mars weigh less compared to on Earth due to the weaker gravitational pull.
1.Saturn, if you weigh 100lbs on Earth you would weigh 106.4lbs on Saturn. 2.No it's Venus, it's our closest planet! 3. I'm editing this because the answer is unclear. SATURN has the closest gravitational pull to that of ours. Venus is the closest planet to us but that is irrelevant. So your answer is Saturn.
every object has a gravitational pull on every other object.however,only large objects have a gravitional pull you can feel.Earths gravity pulls objects toward the center.Apples fall down because of Earths gravity.Gravity also keeps satellites in orbit around earth.
Earth's gravitational pull keeps the Moon in a stable orbit, preventing it from drifting away into space. Additionally, this gravitational force causes tidal effects on both Earth and the Moon, leading to phenomena such as ocean tides on Earth and slight bulging of the Moon's surface.
Earths gravitational force compared to mars is greater than mars. That means that objects are easily pulled into earth, whereas it is harder to pull objects into mars, because the gravitational pull is less than earth. With that, satellites on earth could easily fly out of orbit while they are orbiting mars because they have more inertia. With that, the gravitational pull isn't strong enough to overcome the inertia.
1-Apples falling down. 2-Gravity keeps satellites in their orbits around the earth.
Mars' gravitational pull is 3.7m/s^2(3.7 meters per second squared) as opposed to Earth's gravitational pull which is 9.81m/s^2(9.81 meters per second squared). The closest you can get to mars is in 2050 with 56 millon killometers
density and gravitational pull
Mass & distance.
if we were to be on uranus the gravity would be 89% of what we get on earth.
Gravity increases from 9.789 m·s−2 at the equator to 9.832 m·s−2 at the poles. This is because of the equatorial bulge and the difference in centrifugal forces. Answer: Equator
The center of the sun is very roughly 23,000 times as far from you as the centerof the Earth is.That means that the gravitational force between you and each pellet of mass inthe sun is roughly1/(23,000)2 = 1/(540 million) = 0.00000000185 as much asthe gravitational force between you and each pellet of mass in the Earth.The sun has roughly 333,000 times as much mass as the Earth has. So the totalgravitational force between you and the sun is333,000/(540 million) = 0.000617 as much asthe total gravitational force between you and the Earth.
It is 1.235 ms-2 or approx 1/8 of the earth's gravity.
The gravitational force on an object is determined by the mass of the planet and the distance from its center. For example, the gravity on Jupiter is stronger than on Earth due to its larger mass, while the gravity on Mars is weaker due to its smaller mass. The gravitational force decreases as the distance from the planet's center increases.