Answer:
In the animal cell the organelles that is labelled G is mitochondria.
Explanation:
Mitochondria are the membrane bound organelles with inner membranes folded inside which can form finger like structures called cristae. There numbers are more in the cell. They are basically responsible for the production of the energy, hence called as the power house of the cell. They also perform the cellular respiration, which means it takes the nutrients from the cell breaks it and makes energy from it. This energy is used by the cell to carry out various life processes.
Answer:
Most likely B
Explanation:
A - Carrying capacity is the amount of a species that can live in a given area with the given resources, weather does not apply.
B - Limiting factors are things such as food, mates, and competition with other organisms for resources, which can limit the maximum population. Temperature can be applied here, it is the best option.
C - Climax community is when an area's ecosystem is stable, so the term makes no sense used here.
D - To be honest I have no clue what this is. But making an assumption from the term, the winter being "unusually cold" does not make it a "pattern". So I don't think it's this option. I could be wrong, but I assume this is not the right choice.
Proteins in the cell membrane that assist with facilitated diffusion are known as carrier proteins or transport proteins since they carry material across the cell membrane .
Answer:
heterozygous with genotype "Ll" and phenotype heterozygotic tall.
Explanation:
Let us assume that the trait for long-coat be dominant over the trait of short trait.
Let the allele for long-coat trait be represented by "L" and the allele for short-coat trait be represented by "l"
The genotype of true breeding long-coat dog will be "LL"
and the genotype of true breeding short-coat dog will be "ll"
When these two species are crossed with each other, following offspring are produced
LL * ll
Ll, Ll, Ll, Ll
this means that all the offspring will be heterozygous with genotype "Ll" and phenotype heterozygotic tall.