Answer:
The proportion of offspring that would be peach is
Explanation:
Let's first put down the genotype for the F1 offspring after the pure breeding plants are crossed. From the Red fruit and Cream fruit plants, the offspring would all be RRCC. Crossing the RRCC with yyCc gives the following genotypes:
RyCC, RyCc
Look very closely and they sip the rock then they heat it up
Answer:
F1 Females - all wild type
F1 Males - all wild type
F2 Females - - all wild type
F2 Males - 1/2 wild type, 1/2 vermilion
Explanation:
The wild-type allele (Xᵛ⁺) is dominant over vermilion (Xᵛ), which is a sex-linked trait.
Female flies have two X chromosomes, male flies have one X and one Y chromosome.
A homozygous wild-type female fly (Xᵛ⁺Xᵛ⁺) is mated with a vermilion male fly (XᵛY).
The female parent can only produce Xᵛ⁺ gametes.
The male parent can produce either Xᵛ or Y gametes.
When gametes from both parents fuse, the F1 offspring will have the genotypes Xᵛ⁺Xᵛ (females with wild type eyes) and Xᵛ⁺Y (males with wild type eyes).
The F1 females can produce Xᵛ⁺ and Xᵛ gametes. The F1 males can produce Xᵛ⁺ and Y gametes.
When the F1 individuals interbreed, the gametes combine to give rise to the F2 offspring. The possible combination of gametes that will give the different genotypes and phenotypes in the F2 are:
- Xᵛ⁺Xᵛ⁺ females with wild type eyes
- Xᵛ⁺ Y males with wild type eyes
- Xᵛ Xᵛ⁺ females with wild type eyes
- Xᵛ Y males with vermilion eyes
If u mean from actually 1 pyruvate i can say something between 15-16
The correct answer is:
Net Input: NADH, ADP, O₂
Net Output: NAD⁺, ATP, and H2O
Not Input or Output: Pyruvate, Glucose, Acetyl CoA, Coenzyme A and CO₂.
NADH together with FADH2 are reduced electron carriers that transfer their electrons and turn back into NAD+ and FAD.
Electrons are transferred to O2 and H2O is produced.
ADP can be described as precursor for ATP synthesis, since it receives phosphate group for the formation of ATP. This process is possible thanks to H ions gradient and enzyme ATP synthase.