H = fuzzy leaves (dominant)
h = flat leaves (recessive)
Genotype of Azalea heterozygous for fuzzy leaves = Hh
Genotype rose homozygous for flat leaves = hh
If we cross Azalea and rose
Hh x hh
F1: Hh Hh hh hh
The genotype of the fuzzy-leafed offspring is Hh.
Answer:
crossing the plant to one you know has the recessive trait
Explanation:
<u>The correct procedure would be to cross the identified plant with the same plant that has the recessive trait.</u>
<em>The phenotypes of the progeny from the cross will give an indication of the dominance or recessive of the phenotype. If all the progeny from the cross produce the same flower color as that of the identified plant, it means the phenotype is dominant. Otherwise, it is recessive. </em>
The procedure is called test-crossing in genetics.
There are no abbreviations for photosynthesis
A doubling of the rabbit in a certain area will cause certain changes in the ecosystem, for some organisms will be good, for some not so much.
The doubling of the population of rabbits will mean that they will need much more food. That will lead to the grass being overgrazed, and it will start to decline.
On the other hand, the increased rabbit population means much more food, which will lead to an increase in the population of eagles who have the rabbits as pray.
Depending on the type of snake, if they are able to attack and consume the rabbits, than their population may increase slightly, but if not, than the snakes's population will decrease because of the increased number of eagles, who also see them as prey.
Answer:
The answer is "supported and when fruit was removed"
Explanation:
It dated the idea from this laboratory because the distribution of avian beaks differed. If any kind of food available keeps shifting, the frequency of the beak types changes as beaks with beaks is far more suitable for food available. The data in this laboratory confirmed the theory, so because the fruit was removed by birds. These results of this laboratory confirm this idea because the dispersion of pigeons when food was taken was varied.