According to the all-or-nothing principle, which of the following would happen if the size of the electrical charge in a neural impulse was twice the size needed for the electrical impulse?

a. the neuron would go back to its resting potential without transmitting any information.
b. the intensity of the impulse would not be affected.
c. the intensity of the impulse would be twice as strong.
d. the axon of the neuron will develop a new branch.

the answer is "meiosis ii in the mother".

the procedure of meiosis includes two divisions of the hereditary material. the main division is known as the decrease division – or meiosis i – on the grounds that it lessens the quantity of chromosomes from 46 chromosomes or 2n to 23 chromosomes or (n depicts a solitary chromosome set). in people, the decrease division results in two sperm cells each with 23 chromosomes or an egg cell with 23 chromosomes and one disposed of polar body. the second division – or meiosis ii – is called equational division. the two sperm cells split again creating four sperm cells, each with 23 or n chromosomes. in oogenesis, the egg cell and polar body partition to shape the ovum and two extra polar bodies. along these lines, the posterity are guaranteed to get one portion of the chromosomes from the mother and one half from the dad.

answer; the digital divide;

answer; primary memory;