KVV E-Modules - Study the effect of surface area on Rate of Filtration

Quadrant -I (Video)

Study the effect of surface area on Rate of Filtration

Quadrant - II (Study Material)

1. Study the effect of surface area on Rate of Filtration

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Quadrant - III (Assignments)

1. Study the effect of surface area on Rate of Filtration

All students are write the answers for following questions based on experiments 1. How does pore size in the filter paper interact with surface area to affect the rate of filtration? 2.What is filtration, and why is it an important process in laboratory and industrial settings. 3. What Variables Should Be Controlled in the experiment? 4. Describe the Hypothesis for the Experiment. 5. Explain in detail theory of filtration.

Quadrant - IV (MCQs)

Which of the following best describes the relationship between surface area and the rate of filtration for a liquid through …

A: The rate of filtration is independent of surface area. B: The rate of filtration decreases as the surface area increases. C: The rate of filtration increases linearly with an increase in surface area, assuming constant pressure. D: The rate of filtration decreases exponentially with an increase in surface area.

Which of the following factors is most likely to impact the rate of filtration when surface area is kept constant?

A: shape of the filter. B: temperature of the room. C: pore size of the filter. D: color of the liquid being filtered

Which principle explains the increase in filtration rate when the surface area of the filter is increased?

A: Bernoulli’s Principle B: Boyle’s Law C: Darcy’s Law D: Charles's Law

Which factor does NOT affect the relationship between surface area and the rate of filtration?

A: viscosity of the liquid. B: pore size of the filter. C: temperature of the liquid. D: color of the liquid.

Which of the following conditions would most likely lead to a reduction in the rate of filtration even if the …

A: Increasing the pressure above the liquid. B: Using a liquid with a higher viscosity. C: Reducing the temperature of the filter. D: Decreasing the concentration of particles in the liquid

What happens to the rate of filtration when the surface area of the filter is increased?

A: Decreases B: Increase C: In the same range D: None of the above

Filtration is a process of separating:

A: Solids from gases B: Liquids from liquids C: Solids from liquids D: Gases from solids

In filtration, the solid retained on the filter paper is called:

A: Filtrate B: Residue C: Suspension D: Solvent

The efficiency of filtration depends mainly on:

A: Temperature of liquid B: Shape of beaker C: Surface area and pore size of filter D: Height of funnel

Which of the following remains constant during this experiment?

A: Volume of suspension used B: Surface area of filter C: Rate of filtration D: Time of filtration

Validation Certificates

1. validation part I

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2. Validation Part II

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3. Checking report

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