Equal amount of water is poured into a glass, a bowl and a shallow dish, all made of stainless steel. All the three vessels are kept in the Sun. In which case evaporation will be faster and why? Explain the reasons in details
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Answered by
56
Explanation :-
The water in the bowl will evaporate faster than the other two
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- Evaporation is a surface phenomenon that is, Evaporation depends on the surface area provide.
- The tumbler doesn't provide as much as surface area as the bowl does.
- Similarly the water needs surface area not shallowness and so the shallow dish no matter what it is made up of doesn't help.
- Also Evaporation is dependent on wind, temperature, humidity of the environment etc.
- As the surface area increases there will be more particles that are exposed to the environment.
- These cases like temperature, wind etc.. help those particles in gaining kinetic energy.
- As they gain more and more kinetic energy they will be able to escape from the intermolecular force and become a vapour.
- The more the surface are then more particles will be exposed to the environment and hence more Evaporation on the bowl.
Answered by
0
Explanation :-
The water in the bowl will evaporate faster than the other two
━━━━━━━━━━━━━━━━
- Evaporation is a surface phenomenon that is, Evaporation depends on the surface area provide.
- The tumbler doesn't provide as much as surface area as the bowl does.
- Similarly the water needs surface area not shallowness and so the shallow dish no matter what it is made up of doesn't help.
- Also Evaporation is dependent on wind, temperature, humidity of the environment etc.
- As the surface area increases there will be more particles that are exposed to the environment.
- These cases like temperature, wind etc.. help those particles in gaining kinetic energy.
- As they gain more and more kinetic energy they will be able to escape from the intermolecular force and become a vapour.
- The more the surface are then more particles will be exposed to the environment and hence more Evaporation on the bowl.
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