Let's Analyze
A. Based on the electron transport chain by determining the number of ATP given
the following data.
1. 2 NADH from Glycolysis
3. 2 FADH, from Kreb's Cycle
2. 6 NADH from Kreb's Cycle
4. 2 NADH from Glycolysis
B. Study the Kreb's cycle and answer the questions that follow:
1. What is needed to convert oxaloacetate to citric acid?
2. How many carbon molecule Acetyl CoA has?
Note: Kreb's Cycle turns twice in every glucose molecule.
3. How many molecules of co, are released in the Kreb's Cycle?
4. How many ATP molecules are formed in each turn of the Kreb's Cycle?
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Answer:
click the photo for the answer and solution
Explanation:
In Activity 5 just substitute all the variable X yp the indicated given.
In activity 6, in order to determine wether the polynomials is a factor of the given binomial for example x+3 is the given factor. first you need to equate to zero the x+3 to determine the value of an X , then proceed in solving the given polynomial by substituting all the variable X.
If the remainder is Zero, you can conclude that the given factor , is a factor of the given Polynomials.