Mr Ten 8 Differences Betwixt Volume In Addition To Weight
Mass of a torso is the quantity of thing contained inward a body.
Weight of a torso is the strength amongst which the torso is attracted towards the centre of the earth.
Mass
1. Refers to the quantity of thing inward an object.
2. Mass is independent of gravity.
3. It is the termination of comparing of an unknown majority amongst a known majority called touchstone mass.
4. Mass is an extensive property. The primal unit of measurement of majority inward the metric organisation is gram.
5. It is measured inward kg inward SI units.
6. Mass resists motion.
7. It is a scalar quantity.
8. It is measured amongst the aid of physical balance
Weight
1. Is the strength of gravity on an object. Weight = Mass X Acceleration due to gravity
2. Weight is theme of gravity.
3. Gravity is non constant throughout the earth. So weight may vary from 1 house to the other.
4. When gravity is constant, majority is straight proportional to weight.
Mass α weight, when gravity is constant.
5. It is measured inward newton inward SI units.
6. Weight produces motion.
7. It is a vector quantity.
8. It is measured yesteryear using a restrain balance.
Weight of a torso is the strength amongst which the torso is attracted towards the centre of the earth.
Mass vs Weight
Mass
1. Refers to the quantity of thing inward an object.
2. Mass is independent of gravity.
3. It is the termination of comparing of an unknown majority amongst a known majority called touchstone mass.
4. Mass is an extensive property. The primal unit of measurement of majority inward the metric organisation is gram.
5. It is measured inward kg inward SI units.
6. Mass resists motion.
7. It is a scalar quantity.
8. It is measured amongst the aid of physical balance
Weight
1. Is the strength of gravity on an object. Weight = Mass X Acceleration due to gravity
2. Weight is theme of gravity.
3. Gravity is non constant throughout the earth. So weight may vary from 1 house to the other.
4. When gravity is constant, majority is straight proportional to weight.
Mass α weight, when gravity is constant.
5. It is measured inward newton inward SI units.
6. Weight produces motion.
7. It is a vector quantity.
8. It is measured yesteryear using a restrain balance.
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