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Author Question: In the reaction shown below, what are the molecules indicated as X and Y? 1.NAD+ and NADH 2.FAD ... (Read 73 times)

tuffie

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In the reaction shown below, what are the molecules indicated as X and Y?
 
Question 2

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 />
  1.NAD+ and NADH
  2.FAD and NADH
  3.H+ and CO2
  4.FAD and FADH2
  5.None of these"

Question 3

Which of the following is not a name for the same pathway?
  1.Krebs cycle
  2.Embden-Meyerhoff pathway
  3.TCA cycle
  4.citric acid cycle
  5.Tricarboxylic acid cycle



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ntsoane kedibone

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Answer to Question 1



Answer to Question 2

4

Answer to Question 3

2




tuffie

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Reply 2 on: Aug 23, 2018
:D TYSM


laurnthompson

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Reply 3 on: Yesterday
Excellent

 

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