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In Electro-dialysis, the electric energy which required is _____
- a)Directly proportional to cation permeable membrane
- b)Directly proportional to anion permeable membrane
- c)Directly proportional to salt concentration
- d)Inversely proportional to salt concentration
Correct answer is option 'C'. Can you explain this answer?
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In Electro-dialysis, the electric energy which required is _____a)Dire...
In Electro-dialysis, the passage of electric current helps the diffusion of cation and anion permeable membrane and the energy required is directly proportional to the concentration of salt in the saline water.
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In Electro-dialysis, the electric energy which required is _____a)Dire...
Electric Energy Requirement in Electro-dialysis
Electric energy required in electro-dialysis is directly proportional to salt concentration. This can be explained as follows:
Salt Concentration
- In electro-dialysis, the process involves the separation of ions from a solution using an electric field.
- The higher the salt concentration in the solution, the more ions need to be separated, requiring more electric energy to facilitate the process.
- As the salt concentration increases, the number of ions to be transported across the membrane also increases, leading to a higher energy requirement for the process.
Electric Field
- The electric field applied in electro-dialysis plays a crucial role in driving the ions across the membrane.
- The strength of the electric field needed is determined by the salt concentration in the solution.
- A higher salt concentration requires a stronger electric field to separate the ions efficiently, leading to an increased energy requirement.
Overall Energy Consumption
- Therefore, the electric energy required in electro-dialysis is directly proportional to the salt concentration in the solution.
- Lower salt concentrations would require less energy for the separation process, while higher salt concentrations would demand more energy due to the increased number of ions to be transported.
In conclusion, the electric energy required in electro-dialysis is directly proportional to the salt concentration in the solution being processed. This relationship is crucial to consider when designing and optimizing electro-dialysis systems for efficient ion separation.
Electric energy required in electro-dialysis is directly proportional to salt concentration. This can be explained as follows:
Salt Concentration
- In electro-dialysis, the process involves the separation of ions from a solution using an electric field.
- The higher the salt concentration in the solution, the more ions need to be separated, requiring more electric energy to facilitate the process.
- As the salt concentration increases, the number of ions to be transported across the membrane also increases, leading to a higher energy requirement for the process.
Electric Field
- The electric field applied in electro-dialysis plays a crucial role in driving the ions across the membrane.
- The strength of the electric field needed is determined by the salt concentration in the solution.
- A higher salt concentration requires a stronger electric field to separate the ions efficiently, leading to an increased energy requirement.
Overall Energy Consumption
- Therefore, the electric energy required in electro-dialysis is directly proportional to the salt concentration in the solution.
- Lower salt concentrations would require less energy for the separation process, while higher salt concentrations would demand more energy due to the increased number of ions to be transported.
In conclusion, the electric energy required in electro-dialysis is directly proportional to the salt concentration in the solution being processed. This relationship is crucial to consider when designing and optimizing electro-dialysis systems for efficient ion separation.
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In Electro-dialysis, the electric energy which required is _____a)Directly proportional to cation permeable membraneb)Directly proportional to anion permeable membranec)Directly proportional to salt concentrationd)Inversely proportional to salt concentrationCorrect answer is option 'C'. Can you explain this answer?
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