Answer:
All Red
Explanation:
If both the parents have progeny with red seeds and white seeds in the ratio 3:1 then it implies that both the parents are phenotypically having all red seeds while their genotype will be Rr & Rr i.e. heterozygous.
The reason why they produced progeny with white seeds even though they both are having all red seeds is because they both have one recessive allele (r) which was masked by their dominant allele (R) in thembut when they were crossed some of the progeny which received both the recessive alleles (rr) produced white seeds because those progeny did not have dominant allele (R) which could mask the expression of recessive allele. In rest of the progeny, there was at least one dominant allele which did not let recessive allele to express and all those progeny produced red colored seed.
The Punnett square diagram is attached.
It is clear from the diagram that 3 (RR, Rr & Rr) out of the 4 probable progeny have red seeds while only 1 (rr) has white seeds so red: white ratio is 3:1
bad
badly
worse
worst
I just turned in my assignment. The correct answer is "badly".
So:
He acted very badly.
It allows the plant to stand upright.
Answer:
The cytochrome b6f is a large multisubunit protein, which accepts electrons from the PLASTOHYDROQUINONE. One electron moves linearly toward PLASTOCYANIN , while the other goes through a cyclic process, which effectively pumps more PROTONS into the thylakoid lumen.
Explanation:
Cytochrome b6f plays a very important role in photosynthesis reaction in plants.
Cytochrome b6f exists as a dimer and it is an multisubunit protein that can be found in the chloroplasts of plants.
Cytochrome b6f speeds up the movement of electrons plastohydroquinone to plastocyanin during photosynthesis.
Answer:
The cytochrome b6f is a large multi-subunit protein, which accepts electrons from the plastohydroquinone.
One electron moves linearly toward plastocyanin while the other goes through a cyclic process, which effectively pumps more protons into the thylakoid lumen.
Explanation:
The cytochrome b6f is distributed among both grana and stroma thylakoids equally. They are usually large and embedded in the membrane.
B. an organ.
C. an organ system.
D. a nerve.
Answer:
The circulatory system stops the bleeding with platelets, which provide a seal so that healing can begin. The immune system kills off any bacteria that get into the wound and helps to eat away any debris so healing can begin. The nervous system responds to the cut with pain, telling me that an injury occurred.
Explanation:
This is the answer from Edmentum
Answer:
Platelets from the circulatory system halt the bleeding, creating a seal that allows healing to start. In order for healing to start, the immune system eliminates any germs that enter the wound and aids in the digestion of any waste. The cut causes my neurological system to produce pain, alerting me to the fact that I've been hurt.
Explanation:
paraphrased answer from edmentum
Answer:
epithelial
Explanation: