The earth pull an 1 N apple with a force of 1 N towards the center of gravity of earth.
The apple do not posses enough mass to pull the earth. (100g)
The gravitational attraction of an apple on Earth is approximately 1 Newton, which is equivalent to the weight of the apple. This force is a result of the gravitational pull between the apple and Earth.
Tugged means to pull or drag something with a quick, sharp movement. It commonly refers to pulling on something forcefully to move it in a certain direction.
A push or pull with size and direction is a vector
The direction of gravitational pull while standing erect is vertically downward, towards the center of the Earth. This is what helps keep our bodies grounded and upright.
The Newtons theory of Gravitational Forces would apply. ---------------------------------------------------------------- However you cannot change the downward direction of gravity on Earth. Everything is being pulled towards the centre of the Earth. It is true, however that the gravitational pull is strongest at the Earth's surface, and the pull is less atop a mountain or down a deep shaft of a mine.
The gravitational attraction of an apple on Earth is approximately 1 Newton, which is equivalent to the weight of the apple. This force is a result of the gravitational pull between the apple and Earth.
Yes, the apple does attract the Earth due to gravity. However, the force of gravity is much stronger on more massive objects, so the Earth's gravitational pull on the apple is much greater than the apple's pull on the Earth. As a result, you do not visibly see the Earth moving towards an apple.
The apple falls on the earth because of gravity. It is the force that causes two particles to pull towards each other.
The force that tries to pull the rocket back to Earth is gravity. This force is responsible for the rocket's weight and acts in the direction toward the center of the Earth.
the gravitaional pull
The gravity of the moon and sun combine to pull Earth's waters in the same direction.
The Earth's gravity pulls the Moon towards it and its center.
Because the gravity of the moon is less, and does not pull on things as strongly as the Earth does (moon is smaller)
The weight of an apple would be different on Earth compared to the Moon due to the difference in gravitational pull. Specifically, the apple would weigh less on the Moon than on Earth because the Moon's gravitational force is about one-sixth that of Earth's.
Gravity acts as though you were being pulled to the center (of the earth, in my case).
When the moon is in it's New Moon and Full Moon phase it's gravitational pull most strongly affects Earth's tides. These are called Spring Tides which are extremely high and low tides. This occurs because during these moon phases the sun, moon, and earth are in a straight line so the gravitational pull is stronger than usual, therefore, effecting the tides.
An apple falling from a tree. A welly falling from someones foot