Weight is a function of gravity. Gravity is determined by proximity to mass. At the point of the big bang, all the mass of the universe (which is said to be infinite) was compressed to a single point. Therefore the pull of gravity, and thus the weight of that mass would also be infinite.
Just a guess - 50kgIt all depends on the gravity on which the object lies.
Nothing at all
yes because you can weigh the object but you don't change the object at all
Answer 1: Your mass stays the same all the time because mass is the amount of atoms your made up of. Mass stays the same no matter where you are. The only reason your weight changes is because the gravitational pull on the moon is not a much as it is on Earth. Mass is how much is in you body not on the amount on you weigh
Think of your 'mass' as the total amount of 'stuff' that makes up your body. The mass of a rock is all the 'stuff' the rock is made of. How many pounds you weigh depends on two things: How much gravity there is in the place where you're standing, and how much 'stuff' you're made of. The gravity may change on different planets, so your weight may change. But the mass that you're made of doesn't change ... it's the same wherever you go. Whatever planet you're on, the things with more mass in them will weigh more, and the things with less mass will weigh less.
Do all rocks weigh the same if they have a different mass but the same weight? Let's look at the question without one bit of it..... "Do all rocks weigh the same if they have ......... .... ... the same weight?" If things are the same weight, then they weigh the same.
The sun has such a huge mass that it attracts all of the other objects closest to it.
A 11 year old at 4ft 9in should weigh 77 - 94 lbs. Ideally 82 lbs. It all depends on your height and musule mass.
it depends on your height and body mass fat see you can be obese and be only muscle it all depends
Not at all. You weigh about 88 pounds. thankyou. how much do you weigh?
250 in all
You would weigh nothing, for gravity is acting upon you in a uniform (all) direction therefore, gravity is cancelled out (now = 0 ) and weight is calculated through gravity x mass and by multiplying anything by 0 you get 0! (Although your mass would still be the same)