Answer:
WT and mutant allele show that incomplete dominance
Explanation:
given data
homozygous for a mutant allele = 400 units
WT allele = 200 units
heterozygote = 300
to find out
dominance relationship between the WT and mutant allele
solution
we know that Enzyme activity homozygous mutant = 400 unit and
WT = 200 unit
so each WT allele contributes 100 units
and Heterozygous =300 units
that is intermediate between Homozygous WT and homozygous Recessive
and WT and mutant alleles are incompletely dominant
and phenotype of heterozygote is the intermediate of both homozygous WT and the homozygous mutant
so WT and mutant allele show that incomplete dominance
Cells in the body combine glucose and Oxygen to make ATP and carbon Dioxide. So, that would be after Glycolysis.
Answer:
more individuals are produced each generation that can survive. phenotypic variation exists among individuals and variation is heritable. those individuals with heritable trails better suited to the environment will survive.
Air pressure pushes all around you, it is the force of air spread over the surface area of your skin
pressure is the measure of how much force over a certain area
this is an example
imagine putting a 10 pound weight (disk) on your stomach (not dropping, puttting), not too hard right, now imagine that it was 1 pin that was 10 pounds, that would hurt, the force is still 10 pounds down but the surface area is alot smaller, more pressure
Answer:
Wind is caused by a difference in pressure from one area to another area on the surface of the Earth. Air naturally moves from high to low pressure, and when it does so, it is called wind. Generally, we can say that the cause of the wind is the uneven heating of the Earth's surface by the Sun.