The respiratory coefficient for the reaction aCHmOn + bO2 + cNH3 ? dCH – McqOptions

MCQOPTIONS

1.	The respiratory coefficient for the reaction aCHmOn + bO2 + cNH3 ? dCHaO N?+ eH2O + CO2 is defined as
A.	/a
B.	e/b
C.	b/
D.	/b
Answer» E.

Discussion

No Comment Found

Related MCQs

The number of moleculespresent in this solution is
The free energy change for the transport of two K+ into the cell is
Match the compounds in Group I with the correct entries in Group II. Group IGroup IIP. Cyanide1. K' ionophoreQ. Antimycin A2. Electron transfer from cytochrome b to cytochrome c1R. Valinomycin3. F1 subunit of ATP synthaseS. Aurovertin4. Cytochrome oxidase5. Adenine nucleotide trans-locase
The equilibrium potential of a biological membrane for Na+ is 55 mV at 37 C. Concentration of Na+ inside the cell is 20 mM. Assuming the membrane is permeable to Na+ only, the Na+ concentration outside the membrane will be _________ mM. (Faraday constant: 23062 cal.V 1.mol 1, Gas constant: 1.98 cal.mol 1.K 1)
The free energy change for the transport of three Na+ out of the cell is
Match the entries in Group I with the enzymes in Group II. Group IGroup IIP. NAD+1. Glutathione peroxidaseQ. Selenium2. NitrogenaseR. Pyridoxal3. Lactate dehydrogenase phosphateS. Molybdenum4. Glycogen phosphorylase
Match the following photoreceptors with their prosthetic groups and spectral specificity Photoreceptor Moiety that absorbs lightP. Phototropin 1. ChromobilinQ. Cryptochrome 2. FAD R. Phytochrome 3. FMNAbsorption (nm) A. 400-500 B. 600-800 C. 500-600P Q R
During photorespiration under low CO2 and high O2 levels, O2 reacts with ribulose 1, 5 - bisphosphate to yield
The ?G for the oxidation of NADH by FAD is
Oxidation reduction reactions with positive standard redox potential (?E0) have