The head loss through the bed of solids of the filter can be determined by

Carmen-Kozney and Rose equation

Which of the following is the expression of the Carmen equation where symbols have their usual meanings?

hf = f* (L/(s *d)) * ((1-e)/e 3 ) * (v 2 /g)

hf = f* (L/(s *d)) * ((1-e)/e 3 ) * (v/g)

hf = f* (L/(s *d)) * ((1-e)/e) * (v 2 /g)

hf = f* (L/(s *d)) * ((1-e)/e 2 ) * (v 2 /g)

Which of the following is the expression of the Rose equation where symbols have their usual meanings?

hf = f* (L/(s *d)) * ((1-e) /e 3 ) * (v 2 /g)

hf = f* (L/(s *d)) * ((1-e) /e 3 ) * (v/g)

hf = f* (L/(s *d)) * ((1-e) /e 4 ) * (v 2 /g)

hf = f* (L/(s *d)) * ((1-e) /e 2 ) * (v 2 /g)

When does the particle become suspended in expanded bed?

When superficial velocity is greater than critical velocity

When superficial velocity is less than critical velocity

When superficial velocity is equal to critical velocity

When superficial velocity is constant

The superficial velocity in a stratified bed is equal to

Terminal settling velocity * porosity

Terminal settling velocity * (porosity) 2

Terminal settling velocity * (porosity) 4.5

Filtration Hydraulics Free MCQ Practice Test with Solutions

	Environmental Engineering 14 videos\|99 docs\|98 tests

	Environmental Engineering 14 videos\|99 docs\|98 tests

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