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What is the relationship between mass and weight

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The Differences Between Mass & Weight for Kids

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This image has been normalized to remove variation due to differences in latitude. Mass is denoted using m or M.

Consequently, whenever the physics of recoil kinetics mass, velocity, inertia, and dominate and the influence of gravity is a negligible factor, the behavior of objects remains consistent even where gravity is relatively weak. Mass, weight and volume are mathematical and scientific quantities used to describe objects in space. Take it to the moon; it will still have a mass of 100Kg, but weigh only about 15Kg.

The Differences Between Mass & Weight for Kids

What is the difference between the weight of an object and the mass of an object? This is true whether the object is floating in space or in a gravity field e. The weight is the force a body exerts when it is in a gravitational field. The weight depends on the gravitational field. For example the weight of a 1kg mass at the Earth's surface is 9. This is possibly a bit too much info: if so ignore this last paragraph. Although weight specifically means the force exerted in a gravitational field, Einstein told us that sitting stationary in a gravitational field is equivalent to being accelerated in the absence of gravity. The inertial mass defined using Newton's laws is the same as the gravitational mass defined by the force a body exerts in a gravitational field. So if you take a 1kg mass at the Earth's surface, the weight of 9. Yes of course, According to physics the Mass and Weight are different from each other. Yes they are used at different places and time. So these are the basic difference between Weight and Mass of the object Mass is a constant for each object, meaning that the mass won't change unless the object changes. On the other hand Weight changes due to the gravity; any object's weight is the force pulling it down to the ground. Btw, weight is in Newtons, while Mass is in kilograms. Whereas weight is the force exerted by the gravity on that object mg. To elaborate on John Rennie's answer - As he said, the mass is the inertial mass of the body, which isn't the same as the weight. The weight is typically defined in context to a gravitational field. So the weight that your weighing machine registers is your weight, not your mass. You'd have to divide by the acceleration due to gravity at that point to calculate the mass. So basically your weight basically measures the force that you exert on the weighing scale, not the actual mass of your body. Which is why if you stand on a weighing scale in free fall it'll register zero, since you aren't exerting any additional force on it. Weight is the force that the body exerts onto its support. Mass is an abstract property of the body invariant of the support and defining what acceleration the body gets when being affected by a force. This is why weightlessness is possible inside an airplane in freefall or a space ship rotating an orbit - both experience the same acceleration and so both move with the same speed and so the body exerts zero force onto its support and so it becomes weightless. Mass is not variable while weight depends on the force of gravity wich is the body. Per example a body on the Earth is drawn to the Earth with a force of 9. In other words the same body with the same mass is dr.

That they are different, however, doesn't mean they aren't directly related. What is the difference between the weight of an object and the mass of an object. Weight is the force that the body exerts onto its support. If there is a con established general consumer usage and trade custom of declaring the contents of a liquid by weight, or a solid, semisolid, or viscous product by fluid measure, it may be used. We can place a scale on the moon and weigh an object there. Answered by: Paul Walorski, B.

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released December 14, 2018

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