Other Biology Answers

Questions: 2 268

Answers by our Experts: 1 961

Need a fast expert's response?

Submit order

and get a quick answer at the best price

for any assignment or question with DETAILED EXPLANATIONS!

Search & Filtering

1.What are the three indices that any factor is related to sex?

2. If a woman is colorblind and has children with a normal man, what is the probability that his boys are on and that his daughters are? Build Punnett grid gives the genotypes and phenotypes to support your probability.

3. A carrier woman and her husband have four healthy children: three daughters and a carrier reaches boy. All blend with normal partners. The first girl has three children: two boys and achieved a carrier daughter. The second girl also has three children: two daughters and a carrier reaches boy. The third daughter has two boys, one reaches the other normal. Finally, the boy and his wife have a normal boy and a daughter. Draw the family tree of this lineage.

4. Give an example of a dominant unrelated to sex.

5. Give an example of a recessive trait unrelated to sex.

6. Give an example of a recessive sex-linked.
What is pyruvate?(this word is written in equation of aerobic respiration)
Explain in brief full mechanism of photosynthesis.(200-300 words)
What is the function of colon in human body?explain in brief.
What is melvin calvin and andy benson cycle?explain with details.
Give a brief discussion about dark and light reaction with equations during photosynthesis.
What will happens if the xylem of a plant is removed?
The allele V represents the color purple, the allele v represents the color white, the allele J is green peas and j allele is yellow peas.

1. For an individual, what are all the possible genotypes for these two characters?
2. It is the intersection of a heterozygous for both traits with VVjj individual. Manufactures Punnett square for this cross.
3. With the same crossing, what are the odds of getting:
to. a heterozygous individual for the two characters?
b. VVJJ an individual?
4. Describe in your own words both Mendel's laws.
Explain why the Red Blood Cells of an individual are not normally destroyed as a result of innocent bystander lysis by complements?
When complement will cause lysis of an individual's own RBC?
LATEST TUTORIALS
APPROVED BY CLIENTS