Since you use your dominant more it leads to motorrecruitment and larger muscle fibers
Water uptake, water is 90% of the plant cells expansion
Dad: TtBb
Mom: ttbb
You have to use distribution for dihybrid crosses. Meaning, the first allele of each trait has a equal chance of being paired with the other allele of the other trait. So for example with Dad, I will number the traits:
T(1)t(2)B(3)b(4)
To set up the possibilities from Dad, it would be 13, 14, 23, 24: TB, Tb, tB, tb. Same idea goes for Mom, except since all alleles are the same, you only need to make one column for Mom, since if you did all 4, the other 3 would just be repeats of the 1.
Cross:
tb
TB TtBb
Tb Ttbb
tB ttBb
tb ttbb
The phenotypic ratio is 1 Tall Brown: 1 Tall Blue: 1 Short Brown: 1 Short Blue
The question that will help to clarify the evidence in the chart is this: WHAT ARE THE OTHER SOURCES OF METHANE GAS THAT ARE RESPONSIBLE FOR 8% OF EMISSIONS.
From the pie chart given above, it can be seen that for all other values given, the processes that generate the methane gas was given except for that of other, which has the value of 8%. Knowing the processes that generate this percentage of methane gas will add more information to the pie chart.<span />
The best and the correct answer among the choices provided by the question is the second choice.
Temporal isolation could be the mechanism that <span>might keep Rana aurora and Rana boylii from mating.</span>
I hope my answer has come to your help. Have a nice day ahead and may God bless you always!
