The answer is; A.
The sunlight is used in the photolysis of water in the light stage of photosynthesis. This breaks down the water molecule to H and O. The H is then used to reduce carbon dioxide to glucose in the dark stage of photosynthesis while the O is expelled. The chlorophyll pigment is significant in tapping this light energy for photosynthesis.
Let's use A as the dominant allele for green seed colour and a as the recessive allele for yellow seed colour.
If a yellow seeded plant is crossed with a heterozygote,
aa X Aa
the yellow seeded plant would only produce one type of gamete (a) while the heterozygote would produce two different types of gametes (A and a)
If we put this into a Punnett square, we will see that there two two possible genotypes for the offsprings. Either Aa or aa.
Since the allele for green seed is dominant, Aa will exhibit the green seed colour phenotype.
Hence, the chance of getting an offspring with green seed colour is 1/2, or 0.5
Hi!
Science is entirely focused on giving 100% <em>factual </em>answers, based on the physical world. In order to do this, we must <em>avoid </em>bias at <em>all costs. </em>
Hopefully, this helps! =)
The answer to this is in the link
: http//sikeee
search up what your looking for after you find one copy and paste it and go back and edit the report in your own words so it looks like you didn’t plagerize