The moon has 1/6th the gravity of the Earth. If something weighed 60 pounds on Earth it would weigh ten pounds on the Moon.
The mass of the object would not change, as mass is the measurement of how much stuff you are.
Well technically mass is a measure of how much matter exists within a particular object and won't change even if you are on the moon. Therefore the mass of a 100 kg block will be 100 kg on the moon. If this is a school question then I would say it is a trick question and the answer is 100 kg recheck the wording and make sure it says mass and not weight. Weight is a measure that is dependent on gravitational forces and a 100 kg block will have a weight of 16.6 kg on the moon This difference in weight is due to the fact that the moon is many times smaller than the Earth and therefore the moon has less mass than the Earth. Gravitational force increases with mass, so the moon has less gravitational attraction to the block than the Earth would.
Because the earth's atmosphere is essentially transparent to visible light. This amazing factoid has a lot to do with the reason that you can see through the earth's atmosphere in the opposite direction too ... and see the moon from your back yard.
because all the earths plates are constantly moving, this means while some plates are moving apart creating new land under the sea, other plates are sliding over one another, so one plate sinks down into the Earth's mantle. ~Underwater mountain chain ~Seafloor spreading takes place ~Old crust is being swallowed up into trenches ~The amount of crust always stays the same
The greater the mass of a star, the more pressure there is on its center, and the more hotly nuclear fusion occurs. A hotter star consumes its fuel, hydrogen and helium, faster than smaller stars.
jupiter
yes, mass is the amount of space that something takes up, therefore it would not change it you were to travel to the moon. While weight changes due to gravity.
the mass changes because there no gravity in space
Well technically mass is a measure of how much matter exists within a particular object and won't change even if you are on the moon. Therefore the mass of a 100 kg block will be 100 kg on the moon. If this is a school question then I would say it is a trick question and the answer is 100 kg recheck the wording and make sure it says mass and not weight. Weight is a measure that is dependent on gravitational forces and a 100 kg block will have a weight of 16.6 kg on the moon This difference in weight is due to the fact that the moon is many times smaller than the Earth and therefore the moon has less mass than the Earth. Gravitational force increases with mass, so the moon has less gravitational attraction to the block than the Earth would.
Mas is the amount of matter. Weight though related depends on the gravitation al field you are in. Mass will not change. Weight will. For instance if you travel to the moon you will weigh less but your mass will be the same.
No. the "mas" in Christmas comes from the word mass, which has no Hebrew equivalent.
"nunca mas" is pronounced "noon-ca mass"
A mascon, from the words mass concentration, is an area of the Moon where the rock just below the surface is much more dense than the surrounding rocks. These are believed to be the result of Iron meteorites smashing into the Moon.
Mass is a measure of how much matter an object has. Weight is a measure of how strongly gravity pulls on that matter. Thus if you were to travel to the moon your weight would change because the pull of gravity is weaker there than on Earth but, your mass would stay the same because you are still made up of the same amount of matter.
146 kilograms = 321.874903 pounds but remember that mass is different to weight. Weight depends on gravity. A body with a mass of 146 Kg taken to the moon still has a mass of 146Kg but will weigh much less
the earth is made up of alot 'mas', or 'more', than what we currently know, such as will this earth be cleansed of every defilement.
There are many instruments for mas. Some of the instruments are volume, mass, weight, liter, gram, gravity and meter.
20.1797 is its atomic mass