#Question id: 3262
#Section 3: Genetics, Cellular and Molecular Biology
In a population, the genotype frequencies are: f(A1A1)= 0.35; f(A1A2) = 0.30; f(A2A2) = 0.35; Which of the following statement is correct?
#Question id: 14387
#Section 1: Engineering Mathematics
where Aij denotes the cofactor of element aij is #Question id: 14525
#Section 1: Engineering Mathematics
It is given that 
and
then value of f (- 2) is
#Question id: 14242
#Section 5: Bioprocess Engineering and Process Biotechnology
Small food particles with diameter 10-2 mm and density 1.03 g cm-3 are suspended in liquid of density 1.00 g cm-3. The viscosity of the liquid is 1.25 mPa s. A tubular-bowl centrifuge of length 70 cm and radius 11.5 cm is used to separate the particles. If the centrifuge is operated at 10 000 rpm, estimate the feed flow rate at which the food particles are just removed from the suspension. ____________________
#Question id: 14245
#Section 5: Bioprocess Engineering and Process Biotechnology
Ethanol is produced by anaerobic fermentation of glucose by
Saccharomyces cerevisiae. For the particular strain of S. cerevisiae employed,
the maintenance coefficient is 0.18 kg kg- 1 h- 1, Yxs is
0.11 kg kg-1, YPX is 3.9 kg kg-1 and µmax is 0.4 h-1. It is decided to investigate the possibility
of using Zymomonas mobilis bacteria instead of yeast for making ethanol. Z.
mobilis is known to produce ethanol under anaerobic conditions using a
different metabolic pathway to that employed by yeast. Typical values of Yxs
are lower than for yeast at about 0.06 kg kg-1; on the other hand,
the maintenance coefficient is higher at 2.2 kg kg -1 h -1.
Ypx for Z. mobilis is 7.7 kg kg-l; µmax is 0.3 h- 1. Y’PS
is maximum and equal to the theoretical yield when there is zero growth and all
substrate entering the cell is used for maintenance activities. If ethanol is
the sole extracellular product of energy-yielding metabolism, calculate mp for yeast?