The weight

The reason of object’s falling downward the earth is a type of force called the load (the gravitational force), and also you have the right to feel this pressure when girlfriend carry things or try lifting it, The load is the pressure with which a body is attached to the earth or that is the gravitational force whereby a human body is attached to the Earth.

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The weight on the Earth and the moon.


The effect of the load is always directed towards the facility of the Earth, top top Earth, all the objects have the weight, however in space, every the objects room in a state of the weightlessness, The weight of any kind of object deserve to be measure up by the spring scale by identify the extension of its spring.

Everything appears weightless inside the spacecraft which revolves around the Earth, Newton is the measure unit that the weight and it is virtually equal to the weight of an item on the Earth’s surface whose mass is 100 grams.

The determinants affecting the weight

The weight of any type of object is influenced by three factors which space the object’s mass, the planet (the place) wherein the object exists, the distance in between the object and also the facility of the planet.

The load of any type of object top top the Earth’s surface boosts by increasing the object’s mass, The load of things differs follow to the planet (or the moon) where the thing exists.


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The load


As the fixed of the world (place) increases. That gravitational pressure for things increases, so the load of the thing increases.

The load of the thing on the moon’s surface equates to one-sixths that its weight on the Earth’s surface since Earth has better mass and gravitational force than the moon.

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The weight of anybody decreases when the distance in between the body and also the center of the planet increases because the gravitational force decreases.


The gravity and the weightlessness in the solar system

The properties and the measuring tools of the mass

The scalar physics quantity and vector physics quantity

The types of speed and the determinants necessary for the summary of movement