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प्रश्न
Match the characteristics of the three states of matter in List I with their correct answer from List II.
| List I | List II |
| 1. Are highly rigid and have a definite shape | A: Solids and gases only |
| 2. Have no definite shape | B: Solids only |
| 3. Have definite volume but no definite shape | C: Liquids and gases only |
| 4. Are highly compressible and least rigid | D: Gases only |
| 5. Have no definite volume | E: Solid, liquids and gases |
| 6. Have no definite shape and volume |
F: liquids only |
| 7. Occupy space | G: Solids and liquids only |
| 8. Are not compressible | |
| 9. Are slightly compressible | |
| 10. Have mass |
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उत्तर
| List I | List II |
| 1. Are highly rigid and have a definite shape | B: Solids only |
| 2. Have no definite shape | C: Liquids and gases only |
| 3. Have definite volume but no definite shape | F: liquids only |
| 4. Are highly compressible and least rigid | D: Gases only |
| 5. Have no definite volume | D: Gases only |
| 6. Have no definite shape and volume |
D: Gases only |
| 7. Occupy space | E: Solid, liquids and gases |
| 8. Are not compressible | B: Solids only |
| 9. Are slightly compressible | F: liquids only |
| 10. Have mass | E: Solid, liquids and gases |
संबंधित प्रश्न
State three properties of molecules of a matter.
Fill in the blank
The molecular motion in liquid and gas is in ................. path.
Give the molecular model for a solid and use it to explain why a solid has a definite volume and a definite shape.
A gas has neither a definite volume nor a definite shape. Describe the molecular model to explain it.
Describe the molecular model for a liquid. I-low does it explain that a liquid has no definite shape, but has a definite Volume?
Fill in the blank
......... can flow.
Write whether the following statement is true or false.
Intermolecular force of attraction is greater in gases than in liquids.
Give two examples for of the following
Substances which do not change their states.
Multiple choice question.
There are large intermolecular gaps in
Gas like the state of Matter that exists at extremely cold temperatures used in the field of cryogenics.
