Measurement of Mass and Weight

Subject: Science

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Overview

Mass is the quantity of matter contained in a body. The weight of an object is the gravitational force between earth and object. Weight is a force. This note contains information about the measurement of mass and weight.
Measurement of Mass and Weight

Measurement of Mass

Source: science.jrank.org Fig: Beam balance
Source: science.jrank.org
Fig: Beam balance

Mass is the quantity of matter contained in a body. The mass of an object is measured in kilogram (kg). The mass of an object is measured by a beam balance. A beam balance consists of two pans. The object whose weight is to be measured should be kept in one pan and the standard objects should be kept in another pan until the pans are balanced. A beam balance is shown in the figure.
Various units are used in the measurement of the mass of an object. The light objects are measured in gram and milligram whereas heavy objects are measured in quintal and ton.

Some information on units of mass

1000 milligram (mg) = 1 gram (g)

1000 gram (g) = 1 kilogram (kg)

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100 kilogram (kg) = 1 Quintal

1000 kilogram (kg) = 1 tonne(ton)

How much mass is called one kilogram?

"Kilogram" means the mass of the platinum-iridium cylinder declared to be the international prototype of the kilogram by the First General Conference on Measurement and Weight and maintained at the International Bureau of Measurement and Weight, France. The amount of kilogram is equal all over the world.

Activity
Bring a beam balance and different weight units or weight scale. Then measure the mass of your all textbooks and compare their weight with eachother.

Measurement of weight

Source: www.rapidonline.com Fig: Spring balance
Source: www.rapidonline.com
Fig: Spring balance

When we throw some things up into the sky, it returns back to the surface of the earth. All the things like rain, fruits, snow, etc fall on the surface of the earth. It is due to the earth's force of gravity. All the objects are pulled towards the center of the earth due to its force of gravity. The weight of an object is the gravitational force between earth and object. Weight is a force. The weight of an object is measured by using spring balance. The more the mass, the more weight it has. The weight is measured in Newton(N). On the surface of the earth mass having 1 kg has the weight of 10 kg. The weight of an object is the product of its mass and the force of gravity acting on it.

Weight(W)= mass(m) \(\times\) force of gravity(g)

As we know that, the earth is not a perfect circle. So, the force of gravity is not equal in all the places. Because of this, the weight of an object differs from place to place.

Things to remember
  • Mass is the quantity of matter contained in a body.
  • The mass of an object is measured in kilogram (kg).
  • The weight of an object is the gravitational force between earth and object.
  • The more the mass , the more weight it has.
  • Weight is a force.
  • The weight of an object is measured in Newton.
  • It includes every relationship which established among the people.
  • There can be more than one community in a society. Community smaller than society.
  • It is a network of social relationships which cannot see or touched.
  • common interests and common objectives are not necessary for society.
Videos for Measurement of Mass and Weight
Mass Measurement
Mass Measurement
Questions and Answers
The quantity of matter contained in a body is called the mass of a body.
The SI unit of mass is kilogram (kg).
We can measure the mass of a body by using beam balance or pan balance.
The three units of mass in measurement are kilogram, gram and pounds.

The 6 kg mass of a body means that a body is 6 times heavier than the mass of 1 standard kg.

The 5 kg mass of a body means a body is 5 times heavier than the mass of 1 standard kg.

2 kg

\begin{align*} \text {Converting into grams} \\ &= 2\: kg \\ &= 2\times 1000\: gm \\ &= 2000 \: gm \\ \end{align*}

5.5 kg

\begin{align*} \text {Converting into grams} \\ &= 5.5\: kg \\ &= 5.5\times 1000\: gm \\ &= 5500 \: gm \\ \end{align*}

2 kg

\begin{align*} \text {Converting into grams} \\ &= 2\: kg \\ &= 2\times 1000\: gm \\ &= 2000 \: gm \\ \text {Converting into milligrams} \\ &= 2000gm \times 1000\: gm \\ &= 2000000 mg\end{align*}

 

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