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Why Not your mass does not change if you go to the moon?
Because your mass is the measure of the amount of matter or "stuff" you or something are made of. And according to the law of conservation of mass, mass cannot be created or destroyed, so while on the moon you may weigh less due to smaller amounts of gravity, you still have the same amount of matter or "stuff" in you.
When you go to the moon does your mass change?
no! because your mass is the same because there is the same amount of gravity
Would your mass change on the moon and why not?
Mass is the measurement of the amount of stuff that makes up an object. Your mass belongs to you. It doesn't depend on where you are, or on anything about the place where you are, or on what's around you. It goes wherever you go and it doesn't change. Your weight is the result of your mass and the other masses in the place where you are, so it changes as you go around visiting different neighborhoods, such as the surface of the moon.
What explain the difference between the mass and the weight of an object?
weight is how heavy an object is; and mass is how much volume an object holds Answer 2 No, the mass is not how much volume ..... Volume and mass are not the same thing. Volume is its size measured in say cubic centimetres or cubic inches, whereas mass is measured in tons or pounds. The difference between mass and weight is that the mass does not change but the weight does (e.g. in outer space an object will have no weight but its mass will still be the same). The effect of this difference is, for example, a body in space may weigh nothing but it will still be able to resist a change in motion (i.e. it has inertia).
Is your mass different on the moon from what it is on the Earth?
No. Your mass is the amount of stuff you're made of. You take it with you wherever you go, and it doesn't change.
How can an objects weight change if its mass does not?
Weight is affected by gravity, while mass does not. On Earth mass and weight are the same, yet on the moon your weight could be 1/6 of its original, while your mass would stay the same no matter where you go.
What would happen to weight if you go on the moon?
If you were to go to the Moon, your weight would significantly decrease due to its lower gravitational force, which is about 1/6th that of Earth's. For example, if you weigh 180 pounds on Earth, you would weigh only about 30 pounds on the Moon. However, your mass would remain the same, as mass is a measure of the amount of matter in your body and does not change with location. This difference in weight is why astronauts can jump higher and carry heavier objects on the Moon.
Is the moon closer than Toronto?
No matter where you go on this planet, Toronto is closer to you than the moon.
Does density change on moon?
No density stays the same if you go to the moon.
What are true statements about mass?
Mass is the actual categorized amount of particles that makes up a thing, so your mass will never chnage, no matter how low or high the gravity is. Weight is the effect gravity has on you, and therefor differes from place to place. Your weight will change if you go to the moon, but not your mass. Hope this helps :)
If you go on a diet do you change your weight or mass?
When you go on a diet, you are aiming to change your weight. Weight is a measure of the force of gravity acting on your mass, whereas mass remains constant and is a measure of the amount of matter in your body.
Why does the moon change on a nightly bases?
Well, when you get to high school or middle school ( depending on where you go to school) you find out that there are different phases of the moon ranging from full to first quarter, new moon and third quarter. These just represent the amount of the moon that you observe. The reason the moon changes on a nightly basis is that basically, that is the amount of the moon that we can see from our position on earth. The earth is in constant rotation and revolution on its axis. Also, the amount of moon observed depends on how much of the sun is reflected on the moon from where we see it on earth.
