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In my case, the magnitude of the force is 195 pounds. In return, I am also pulling the Earth up toward me with a force of 195 pounds.
That is called a weight; a weight is a kind of force.
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Pulls things to the ground.Drop an apple two yards above your head. Observe how you feel. The apple hit you pretty hard didn't it?! That's gravity. In space the apple would just float around and not come straight at you.
This measurement is called weight. Weight is measured in Newtons (N). This is not the weight you refer to in general everyday life, what you are actually referring to is mass. Weight is the amount of force required to support an object against gravity.
It's proportional to their weight ... which shows how hard the object is pulling the Earth towards itself. (As well as how hard the Earth is pulling - remember, it takes two objects to make a gravity field.)
True
In my case, the magnitude of the force is 195 pounds. In return, I am also pulling the Earth up toward me with a force of 195 pounds.
That is called a weight; a weight is a kind of force.
The gravitational pull (gravity) is not as strong on the moon. (It is a smaller object) Since it is not pulling you on to a scale as hard, you do not weigh as much. :)
So its a bit like tug of war if people are pulling a dragon, then its going to be pushing the other way. Its a force and gravity pushing together at the same time, but it is quite a hard question so i dont blame you. Sorry if this doesnt help but im only in year 4
In order for a force to make something stop it has to turn off when the object stops. Gravity can't be turned off so its not very good at stopping things. It can, however, stop things for a brief instant. Like if you shoot something straight up. Gravity will slow it down until it stops. But ,of course, it doesn't stay stopped. That same gravity will immediately pull it back down. When a falling object hits the ground and stops its not gravity that stopped it. Its the molecular forces that make the ground hard that stops it.
means that as a result of hard pulling, the whole distance was achieved
Because frozen objects are hard to break Type your answer here...
Weight is a measurement of how hard gravity is pulling on a set amount of mass. The stronger the gravity on a heavenly body (planet, moon, star, asteroid, etc) the stronger the pull on mass. A block of lead that weighs 100 pounds here on Earth would weigh 16 pound on the moon (since the gravity of the moon is much less than that of Earth). The same block would weigh 236 pounds on Jupiter since it's gravity is much stronger than the Earth's. Mass never changes but the effect of gravity on that mass (weight) changes depending on what is pulling on it.
Depends how hard you pull it.
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