explain states of matter briefly
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In physics, a state of matter is one of the distinct forms that matter takes on. Fourstates of matter are observable in everyday life: solid, liquid, gas, and plasma.
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There are 5 states of matter:
1. SOLID: - In this state, the particle of matter are located very close to each other and have high force of attraction b/w them.
- Incompressible
- Highly rigid
-Fixed shape
-Fixed volume
-Can't flow
2. LIQUID: -More intermolecular space
-Less intermolecular force of attraction
-No fixed shape. Take the shape of the container
-Have a fixed volume.
-Less rigid
-Slightly compressible
-Can flow
3. GASEOUS: -No fixed shape, no fixed volume
-High intermolecular spacing
-Least rigid
-Highly compressible
-Can flow
-Least intermolecular forces of attraction
4. PLASMA: When a gas is heated to a extremely high temperature (appox. 5773 K) in low pressure, ionisation takes place. The system as a whole is neutral, but it contains free cations and electrons. This is called plasma
5. BOSE-EINSTEIN CONDENSATE (BEC): It is formed when a gas of extremely low density is cooled to super low temperature of 0K (-273 degree celsius) or Absolute Zero (at present, impossible to achieve)
1. SOLID: - In this state, the particle of matter are located very close to each other and have high force of attraction b/w them.
- Incompressible
- Highly rigid
-Fixed shape
-Fixed volume
-Can't flow
2. LIQUID: -More intermolecular space
-Less intermolecular force of attraction
-No fixed shape. Take the shape of the container
-Have a fixed volume.
-Less rigid
-Slightly compressible
-Can flow
3. GASEOUS: -No fixed shape, no fixed volume
-High intermolecular spacing
-Least rigid
-Highly compressible
-Can flow
-Least intermolecular forces of attraction
4. PLASMA: When a gas is heated to a extremely high temperature (appox. 5773 K) in low pressure, ionisation takes place. The system as a whole is neutral, but it contains free cations and electrons. This is called plasma
5. BOSE-EINSTEIN CONDENSATE (BEC): It is formed when a gas of extremely low density is cooled to super low temperature of 0K (-273 degree celsius) or Absolute Zero (at present, impossible to achieve)
vardan1:
thanks fr ur help
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