Question
The least intermolecular forces are found in:
The least intermolecular forces are found in:
- Solids
- Liquids
- Gases
- Plasma
Hint:
The intermolecular force of attraction changes with the state of matter.
The correct answer is: Gases
- The least intermolecular forces of attraction are found in gases.
- Intermolecular forces of attraction refer to the attractive force between the molecules that help to join them together. Their strength differs in different states and forms.
- Solids have densely packed molecules because the intermolecular forces between them are very strong. Liquids are less dense than solids, and thus, they have a lesser intermolecular force of attraction. Lastly, gases are the least dense. The molecules are not closely packed and they have the least intermolecular force of attraction between them
Intermolecular forces of attraction are responsible for varying physical and chemical properties such as boiling point, melting point, etc.
Related Questions to study
When liquids are heated, they:
When liquids are heated, they:
Some liquid metals are capable of expanding through freezing.
When liquids are heated, they:
When liquids are heated, they:
Some liquid metals are capable of expanding through freezing.
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A lot of energy is required for the purpose of melting diamond.
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Ions of opposite charges that are held together by a strong electrostatic force of attraction are of which type of solids?
Ions of opposite charges that are held together by a strong electrostatic force of attraction are of which type of solids?
Examples of ionic compounds are hydroxides, sulphides, salts, etc.
Ions of opposite charges that are held together by a strong electrostatic force of attraction are of which type of solids?
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Examples of ionic compounds are hydroxides, sulphides, salts, etc.
Which of the following is not a crystalline solid?
Which of the following is not a crystalline solid?
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As compared to gases, liquids are:
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As compared to gases, liquids are:
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Gases are compressible because of:
Gases are compressible because of:
Gases are compressible because of:
Gases are compressible because of:
Select the odd one.
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Assertion (A): Compounds are invariably homogenous.
Reason (R): Compounds are made up of a single type of uniformly distributed molecules.
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Reason (R): Compounds are made up of a single type of uniformly distributed molecules.
What type of mixture is gunpowder?
What type of mixture is gunpowder?
Which of the following is not a compound?
Which of the following is not a compound?
In colloid, the __________ refers to the substance that contains tiny particles suspended in another substance.
In colloid, the __________ refers to the substance that contains tiny particles suspended in another substance.
Which of the following is a homogeneous mixture example?
Which of the following is a homogeneous mixture example?
___________ is a substance made up of numerous similar molecules made up of atoms from different elements and kept together by chemical bonds.
___________ is a substance made up of numerous similar molecules made up of atoms from different elements and kept together by chemical bonds.
Brownian motion is seen in _______
The atomicity of a molecule is the total number of atoms present in it.
Sulphuric acid (H2SO4) has one sulphur atom, two hydrogen atoms, and four oxygen atoms in it. Hence, a total of 7 atoms are present. Therefore, the atomicity of H2SO4 is seven.
Sulphuric acid (H2SO4) has one sulphur atom, two hydrogen atoms, and four oxygen atoms in it. Hence, a total of 7 atoms are present. Therefore, the atomicity of H2SO4 is seven.
Brownian motion is seen in _______
The atomicity of a molecule is the total number of atoms present in it.
Sulphuric acid (H2SO4) has one sulphur atom, two hydrogen atoms, and four oxygen atoms in it. Hence, a total of 7 atoms are present. Therefore, the atomicity of H2SO4 is seven.
Sulphuric acid (H2SO4) has one sulphur atom, two hydrogen atoms, and four oxygen atoms in it. Hence, a total of 7 atoms are present. Therefore, the atomicity of H2SO4 is seven.
