I believe the answer is not b, because for equilibrium to occur there cannot be genetic drift. I believe the answer is not a, because gene flow is not allowed under hardy weinberg equilibrium. I believe the answer is not D, because a, and b, which are not right answers, all talk about genetic changes occuring. Since D is also a genetic change, I would say the answer is
C. Random mating occurs, which is one of the conditions to create hardy weinberg equilibrium
. within the mithochondrions linner membrane
Answer:
B. axon hillock
Explanation:
The axon hillock is the junction where the cyton connects with the axon. There is only one axon hillock in the neuron and it is a triangular depression of cell boy to the axon. The axons receives impulse from cyton carry to the different parts of the body. The axon hillock is also called initial segment. Because action potential starts here.
Myelin sheath is the cover or layer around the axon and helps in saltatory movement of impulse. The propagation of impulse is fast in myelinated neurons than the non-myelinated neurons.
The neurolemma is the neural membrane of the neurons. It is like the plasma membrane of the cell. The outer covering of neurons is called neurilemma.
Axon collateral is the end of the axon where axon terminals arise. They carry impulse and transmit to the synapse.
the answer would be grasses and weeds.
The answer is D, all the other choices are example of phenotypes
