Answer:
c. Aa Bb
Explanation:
The parents were pure breeding with genotypes AAbb and aaBB. A cross between AAbb and aaBB would produce AaBb genotypes in F1 progeny. Two F1 strains would be crossed to produce F2 progeny. The F2 progeny would have the genotype ratio= 1:2:1:2:4:2:1:2:1.
Out of all the obtained genotypes in the F2 generation, the proportion of "AaBb" genotype was 4/16. Therefore, "4" in the given ratio represents the genotype "AaBb".
<span>One molecule of glucose can yield 36 ATP after glycolysis and aerobic respiration.
This question is a bit tricky. Glucose can produce a total of 38 ATP after glycolysis in aerobic respiration but it will need</span> 2 ATP because you need ATP to move NADH to mitochondria <span>so it will yield net amount 36 ATP.
Sometimes, </span>2 ATP in the preparatory phase is also subtracted resulting in 34 ATP.
Answer:
i think it is the phospholipid layer
Explanation: