Measurement of Volume

We will discuss here about the methods of measurement of volume of a substance. Liquid substances do not have any specific shape. It takes the shape of the container in which it is kept. So we cannot measure liquid with a measuring tape or a scale. But we can measure the volume of a liquid very easily.

We know the volume of a substance is the space occupied by it. The unit used for measuring the volume of a liquid is liter (I). We use this unit to measure volume of milk, water, etc. To measure the volume of smaller quantity of liquid like medicines, chemical substances, etc., we use milliliter (ml). It is a very small unit of volume. One thousand milliliters make a liter.

Liquid occupies the space in any container it is kept. So we can measure the volume of a liquid with the help of a graduated container. It is called a measuring cylinder. It is a glass jar with a flat base having equal diameter all along its length. The wall of the cylinder is graduated in milliliter.

To measure the volume of a liquid we have to pour the liquid within the measuring cylinder and observe the upper surface of the liquid perpendicularly. The mark in the graduation that coincides with the top level of the liquid, indicates its volume in milliliter. With different measuring cylinders we can measure liquid from 50 ml to 500 ml.

To measure volume of petrol, kerosene, etc., typical cone shaped measuring containers are used. Such containers are of different sizes and are used to measure different quantities of liquid. The size of the containers may vary from 500 ml to 5 liters.










Fifth Grade

From Measurement of Volume to HOME PAGE

New! Comments

Have your say about what you just read! Leave me a comment in the box below.


Recent Articles

  1. Kind and Number of Teeth | Location of Teeth in Mouth | Care of Teeth

    Sep 11, 25 12:52 AM

    Milk Teeth or Temporary Teeth
    Kind and Number of Teeth

    Read More

  2. The Gaseous Exchange | Transport of Oxygen | Haldane Effect |

    Sep 10, 25 02:44 PM

    Bohr - Haldane Effect
    Oxygen carrying capacity of blood is 20 ml for 100m but 3% of dissolved in plasma and 97% of the oxygen combines with haemoglobin to form a loose reversible Complex called oxyhaemoglobin and is transp…

    Read More

  3. Respiratory Volumes and Capacities | Tidal Volume | Dead Space

    Sep 10, 25 02:46 AM

    Respiratory Volumes
    Explain respiratory volumes and capacities: Tidal Volume - Tidal volume is the volume of air inspired or expired in relaxed or resting position. Amount of tidal volume is about 500 m and it consists o…

    Read More

  4. Mechanism of Breathing | Definition of Inspiration and Expiration

    Aug 17, 25 11:41 PM

    Pressure in Lungs
    Breathing is the process which is accomplished in three states that is inspiration expiration and pause . Definition of inspiration - Entry of air into the lungs from outside during breathing is calle…

    Read More

  5. Human Respiratory System | External Nares | Nasal Cavity | Pharynx

    Aug 04, 25 03:14 PM

    Lungs
    Definition of respiration - This is the process of making energy available to organisms and their living cells through enzyme controlled catabolic breakdown of organic molecules. The organic materials…

    Read More