In a fixed-volume fed- batch culture μ declines when?(a) Biomass increases(b) Biomass decreases(c) Biomass remains constant(d) Biomass is equal to zeroThis question was addressed to me in unit test.Enquiry is from Fed Batch Culture topic in division Microbial Growth Kinetics of Bioprocess Engineering

In a fixed-volume fed- batch culture μ declines when?(a) Biomass incr

1.	In a fixed-volume fed- batch culture μ declines when?(a) Biomass increases(b) Biomass decreases(c) Biomass remains constant(d) Biomass is equal to zeroThis question was addressed to me in unit test.Enquiry is from Fed Batch Culture topic in division Microbial Growth Kinetics of Bioprocess Engineering
Answer» Right ANSWER is (a) Biomass increases Best EXPLANATION: The μ declines when the LIMITING substrate CONCENTRATION remains virtually constant, biomass increases and the concentration of the non-limiting NUTRIENTS declines.

Discussion

No Comment Found

Related InterviewSolutions

The terms “Concentrated effluent” and “Diluted effluent” are used in internal feedback systems.(a) True(b) FalseI have been asked this question in quiz.This intriguing question originated from Comparison of Batch and Continuous Culture in Industrial Processes topic in division Microbial Growth Kinetics of Bioprocess Engineering
Name the phase which is a period of adaptation of the cells to the new environment.(a) Lag phase(b) Log phase(c) Exponential phase(d) Stationary phaseI got this question in an online quiz.I'd like to ask this question from Continuous Culture topic in chapter Microbial Growth Kinetics of Bioprocess Engineering
The production of alcohol by continuous culture is feasible, why?(a) Due to protein degeneration(b) By-product of mass generation(c) By-product of energy generation(d) Due to Strain degenerationI have been asked this question during an internship interview.This interesting question is from Comparison of Batch and Continuous Culture in Industrial Processes topic in chapter Microbial Growth Kinetics of Bioprocess Engineering
Fed-batch culture is superior to conventional batch culture.(a) True(b) FalseI had been asked this question during an online interview.Asked question is from Fed Batch Culture topic in division Microbial Growth Kinetics of Bioprocess Engineering
In Citric acid production, batch fermentation is used.(a) True(b) FalseI had been asked this question during an interview.This intriguing question comes from Comparison of Batch and Continuous Culture in Industrial Processes in section Microbial Growth Kinetics of Bioprocess Engineering
What is the source of “Whey”?(a) Rice(b) Wheat(c) Soya(d) MilkI got this question in an online interview.I would like to ask this question from Comparison of Batch and Continuous Culture in Industrial Processes topic in portion Microbial Growth Kinetics of Bioprocess Engineering
Which of the following Fed-batch system is described as a fixed volume?(a) The same medium used to establish the batch culture(b) A solution of the limiting substrate(c) A concentrated solution of the limiting substrate(d) A very concentrated solution of the limiting substrateThis question was posed to me in quiz.My doubt is from Fed Batch Culture topic in chapter Microbial Growth Kinetics of Bioprocess Engineering
Continuous culture provides a higher degree of control than a batch culture.(a) True(b) FalseThe question was asked during an online interview.My question comes from Comparison of Batch and Continuous Culture in Industrial Processes in division Microbial Growth Kinetics of Bioprocess Engineering
The product formation is transient in continuous culture.(a) True(b) FalseI have been asked this question during an interview.My query is from Comparison of Batch and Continuous Culture in Industrial Processes in portion Microbial Growth Kinetics of Bioprocess Engineering
An alternative of chemostat is turbidostat?(a) True(b) FalseI have been asked this question in class test.My enquiry is from Continuous Culture topic in division Microbial Growth Kinetics of Bioprocess Engineering

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment