What explain the difference between the mass and the weight of an object?

Answer 1

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).

Answer 2

Those are two quite different concepts. The mass can be informally understood as the amount of matter in an object. This will not change if you go somewhere else, where the amount of gravity is different (e.g., to the Moon). The weight is the force of the gravitational attraction. This is proportional to the mass, but also to the gravitation - and therefore, it WILL change if you go to the Moon or somewhere else.

Those are two quite different concepts. The mass can be informally understood as the amount of matter in an object. This will not change if you go somewhere else, where the amount of gravity is different (e.g., to the Moon). The weight is the force of the gravitational attraction. This is proportional to the mass, but also to the gravitation - and therefore, it WILL change if you go to the Moon or somewhere else.

Those are two quite different concepts. The mass can be informally understood as the amount of matter in an object. This will not change if you go somewhere else, where the amount of gravity is different (e.g., to the Moon). The weight is the force of the gravitational attraction. This is proportional to the mass, but also to the gravitation - and therefore, it WILL change if you go to the Moon or somewhere else.

Those are two quite different concepts. The mass can be informally understood as the amount of matter in an object. This will not change if you go somewhere else, where the amount of gravity is different (e.g., to the Moon). The weight is the force of the gravitational attraction. This is proportional to the mass, but also to the gravitation - and therefore, it WILL change if you go to the Moon or somewhere else.

Answer 3

Mass is the quantity of matter contained in a body. But weight is the force exerted by the earth's gravity on that mass. Hence if m is the mass then mg is the weight.

mass is scalar where as weight is a vector quantity.

Unit of mass is kg but unit of weight is kg wt.= g newton

Mass is invariant but weight varies from place to place and from planet to planet as it depends on acceleration due to gravity

In free space mass remains the same but weight becomes zero if there is no gravity at all

Answer 4

Those are two quite different concepts. The mass can be informally understood as the amount of matter in an object. This will not change if you go somewhere else, where the amount of gravity is different (e.g., to the Moon). The weight is the force of the gravitational attraction. This is proportional to the mass, but also to the gravitation - and therefore, it WILL change if you go to the Moon or somewhere else.

Answer 5

Weight is mass x gravity. The SAME mass will have a DIFFERENT weight if the gravity is stronger or weaker.Mass causes gravitational attraction. It also causes inertia - an object's resistance against acceleration.

For more details, you may want to check the Wikipedia article "mass versus weight".

Answer 6

An objects mass is the amount of the matter in that object. An objects weight is how gravity is pulling it towards the Earth.

Answer 7

The weight is: mass x 9,80665; the last value is the gravitational acceleration on the earth.