180 grams of mass ... liquid, solid, gas, whatever ... weighs about 6.35 ounces
on Earth and about 1.05 ounces on the surface of the moon.
Any mass on the moon weighs 16.55% of its Earth weight.
Mass remains the same on earth as well as on moon but weight of the rock changes.
B. 294 n
Matter has weight; weight is associated with matter. Matter can be visible; weight is a concept. Matter can change forms (water to ice to steam); weight has no transformation of such kind. A rock is a matter; the weight of a rock changes with altitude on earth and is lighter on Mars or the moon, while the mass of the rock does not change.
No, mass is a measure of how much matter there is. Weight is the measure of force of gravity acting on that mass. A rock has the same mass whether it's on Earth or the Moon or Jupiter, or floating out in space. The weight for each of these situations will be quite different.
No. Mass is the amount of matter contained in an object. Weight is the amount of force an object experiences due to gravity. For example, a rock that weighs 100 pounds on Earth would weigh about 17 pounds on the moon due to the weaker gravity, but its mass would be the same.
On the earth, a mass of 7 kg weighs 68.6 newtons (15.4 pounds). On the moon, the same 7 kg weighs 11.2 newtons (2.52 pounds). It all depends on the gravitational field you are in!
That completely depends on the rock's shape, and on how its mass is distributed. It has nothing to do with the value of its mass or weight.
Yes. On Earth rock would weigh about six times what it does on the moon. The mass however will not change.
Mass is a measurement of how much matter exists in the body you're measuring. The amount of matter in you doesn't change on the moon, so you would still have a mass of 16.3 kg. What does change on the moon is your weight, which is a unit of force, not mass.
A rock's mass is not affected by the moon. It's weight is a function of mass and gravity. So, the same rock would weigh more on Earth than on the Moon, as the Earth's gravity is greater. In order to effectively confuse the issue, I should point out that gravity is also a function of mass...
0.15 kg. Mass doesn't change, (unless the object is moving at a significant fraction of the speed of light).But weight does change, depending on what else is around.Your rock with 0.15 kg of mass weighs 1.47 newtons (5.3 ounces) on the surfaceof the earth, and 0.24 newton (0.57 ounce) on the surface of the moon.
The rock's mass remains the same, it will not change. However it's weight does change because the acceleration due to gravity is 1/6 the acceleration on Earth. W = mg (weight )= (mass)*(gravitational acceleration) If a rock's mass is 10 kg then: On Earth g=9.81 m/s^2 On the Moon g= 1.63 m/s^2 W(earth) = m*g = (10kg)*(9.81m/s^2) = 98.1 kgm/s^2 = 98.1 N W(moon) = m*g = (10kg)*(1.63m/s^2) = 16.3 kgm/s^2 = 16.3 N
a rock in earth
Matter has weight; weight is associated with matter. Matter can be visible; weight is a concept. Matter can change forms (water to ice to steam); weight has no transformation of such kind. A rock is a matter; the weight of a rock changes with altitude on earth and is lighter on Mars or the moon, while the mass of the rock does not change.
The mass of the rock stays the same, it's a constant.If you're asking what it's weight is; you just have to multiply it by the Earth's gravitational acceleration (9.81m/s2), which should come out as 11.8kg (correct to 3s.f)
The rock's weight or force in Newtons is 68.65
No, mass is a measure of how much matter there is. Weight is the measure of force of gravity acting on that mass. A rock has the same mass whether it's on Earth or the Moon or Jupiter, or floating out in space. The weight for each of these situations will be quite different.
No, mass is a measure of how much matter there is. Weight is the measure of force of gravity acting on that mass. A rock has the same mass whether it's on Earth or the Moon or Jupiter, or floating out in space. The weight for each of these situations will be quite different.
Okay, so the formula for weight is Mass* Gravity. Since the mass of ur object is 6 grams (.01322 lbs) and the gravitational force on the moon is -1.6m/s^2 then your weight would be .01322*-1.6m/s^2 which equals .0211 Lbs. Hope this helps!