The first step of decarboxylation in cellular respiration is

(1) Conversion of PGAL to DHAP

(2) Conversion of PGAL to PGA

(3) Conversion of Pyruvate to Acetyl CoA

(4) Conversion of BPGA to PGA

(1) 2NADH

(2) 4NADH

(3) 3NADH

(4) 12 NADH

(1) Pyruvate

(2) Acetyl CoA

(3) Oxaloacetate

(4) Succinate

(1) Frederick Kreb

(2) Hans Kreb

(3) Edward Kreb

(4) Tilman Kreb

(1) Complex l- Complex III- Complex IV- Complex V

(2) Complex lI- Complex III- Complex IV- Complex V

(3) Complex l- Complex III- Complex IV

(4) Complex l- Complex II- Complex IV- Complex V

(1) Complex I

(2) Complex II

(3) Complex III

(4) Complex V

(1) There is sequential, orderly pathway functioning with one substrate forming the next and with glycolysis following TCA and Then ETS pathway

(2) The NADH synthesized in Glucolysis is transferred into the mitochondria and undergoes Oxidative Phosphorylation

(3) No anabolism from respiratory intermediates.

(4) Glucose, Proteins and Fats are being respired altogether.

(1) A net gain of 38 ATPs

(2) Production of 38 ATPs

(3) Production of 32 ATPs

(4) Production of 36 ATPs

(1) Only partial breakdown of glucose

(2) Net gain of only two molecules of ATP for each molecule of Glucose

(3) NADH is oxidized to NAD+ rather slowly in fermentation

(4) All of these

(1) Glucose is the favoured substrate for respiration

(2) All carbohydrates are usually first converted into glucose before they are used for respiration

(3) Other respiratory substrates are also respired but they do not enter the respiratory pathway at very first step

(4) Fats directly enter the respiratory pathway