Question
Any sample of matter has mass and takes up space. The main reason for this is because:
- Matter is heavy.
- Matter can be a Solid
- Matter is made up of small particles that have same mass and space.
- Universe is made of matter
Hint:
The matter is composed of tiny particles called atoms.
The correct answer is: Matter is made up of small particles that have same mass and space.
- Any sample of matter has mass and it takes up some space. This is because matter is made up of small particles that have the same mass and space.
- All matter is composed of small particles known as atoms. They consist of electrons, protons, and neutrons in them. And, thus are responsible for their own mass and space.
- When these atoms combine to form matter, they transfer these properties to it. And therefore, every form of matter has its own mass and space.
The matter can be in any form, solid, liquid, or gas.
Related Questions to study
In NaCl crystal each Cl– ion is surrounded by:
In NaCl crystal each Cl– ion is surrounded by:
The stochiometry of NaCl crystal is 1:1.
In NaCl crystal each Cl– ion is surrounded by:
In NaCl crystal each Cl– ion is surrounded by:
The stochiometry of NaCl crystal is 1:1.
When gases are heated, they:
When gases are heated, they:
The expansion of gases is a property that is widely used in industries for carrying out various purposes.
When gases are heated, they:
When gases are heated, they:
The expansion of gases is a property that is widely used in industries for carrying out various purposes.
The least intermolecular forces are found in:
The least intermolecular forces are found in:
Intermolecular forces of attraction are responsible for varying physical and chemical properties such as boiling point, melting point, etc.
The least intermolecular forces are found in:
The least intermolecular forces are found in:
Intermolecular forces of attraction are responsible for varying physical and chemical properties such as boiling point, melting point, etc.
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.
Which of the following crystalline solids have the highest melting point?
Which of the following crystalline solids have the highest melting point?
A lot of energy is required for the purpose of melting diamond.
Which of the following crystalline solids have the highest melting point?
Which of the following crystalline solids have the highest melting point?
A lot of energy is required for the purpose of melting diamond.
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?
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.
Which of the following is not a crystalline solid?
Which of the following is not a crystalline solid?
Glass is often formed by the process of rapid cooling of molten form.
Which of the following is not a crystalline solid?
Which of the following is not a crystalline solid?
Glass is often formed by the process of rapid cooling of molten form.
As compared to gases, liquids are:
As compared to gases, liquids are:
The intermolecular forces are responsible for giving shape and strength to the substance.
As compared to gases, liquids are:
As compared to gases, liquids are:
The intermolecular forces are responsible for giving shape and strength to the substance.
Gases are compressible because of:
Gases are compressible because of:
Gases are compressible because of:
Gases are compressible because of:
