In such a cross, the F1 plants will always be tall, because that is the dominant allele. In the cross described, a homozygous dominant plant was crossed with a homozygous recessive plant; a cross that produces 100% heterozygous offspring. (AaBbCc)
The phenotype of the F1 generation was all tall.
A plant's height is primarily dependent on genetics, environmental factors such as light, water, and nutrient availability, as well as growth hormones. Additionally, pruning, training, and care practices can also influence a plant's height.
100%
F
The F1 generation of crossing a tall plant with a short plant resulted in all tall plants. This is because the tall trait is dominant and the short trait is recessive in Mendel's experiments with pea plants.
No, because it has the AA and the CC those are homozygous. The Bb is the only heterozygous trait, and there is only 1.
hh X Hh You get two recessives; hh and hh and two heterozygous plants; Hh and Hh
Mendel's experiment showed that with other traits it showed a similar pattern and also that it resulted that this crossed the first generation. The dwarf height traits had seemed to disappear. He then let the first generation plants self pollinate.
the height of a plant is independent because you never have an exact estimate for everything.
one tall allele and one short allele
the answer is 75% will have red veins
All offspring would be heterozygous for the gene controlling plant height. This is because if alleles do not segregate, they remain together and are passed on as a unit. The offspring plants would all be tall because the allele for tallness is dominant over the allele for shortness.
there is a 50% chance that the offspring will be tall.
dominant
The phenotype of the F1 generation was all tall.
To determine whether a tall plant is heterozygous, it should be crossed with a homozygous recessive plant (short plant). If any offspring are short, the tall plant must be heterozygous; if all offspring are tall, the tall plant is likely homozygous dominant. This test cross allows for the observation of inheritance patterns in the offspring.
yes you can. i did that in science class, i was boring by the way.