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Difference between mass and weight
Differentiation | Mass | Weight |
Definition | It is the measure of the amount of matter in a body. | It is the measure of the amount of force acting on a mass due to acceleration due to gravity. |
Denotation | Mass is denoted by “M”. | Weight is denoted by “W”. |
Formula | Mass = volume × density | Weight = mass × acceleration due to gravity |
Quantity Type | Mass is a base quantity. | Weight is a derived quantity. |
Vector/ scalar quantity | Mass only has magnitude, and so, it is a scalar quantity. | Weight has both magnitude and direction (towards the centre of gravity), so it is a vector quantity. |
SI unit | The SI unit of mass is Kilogram (Kg). | The SI unit of weight is Newton (N). |
Dependency on gravity | Mass does not depend upon gravity and is constant everywhere. | Weight depends on gravity, so it varies from place to place. |
Value | Mass can never be zero. | Weight can be zero where there is no gravity. |
Measuring Instrument | Mass can be easily measured using any ordinary balance like beam balance, lever balance, pan balance, etc. | Weight can be measured by a spring balance. |
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