Answer:
The mutation will occur in all the cells of the fetus since they all formed by mitosis from the zygote.
Explanation:
<em>If there is a mutation in a zygote, the mutation will occur in all the cells of the fetus since they all formed by mitosis from the zygote.</em>
A zygote consist of a diploid cell formed from the fusion of male and female haploid cells during fertilization.
A zygote develops into a fetus through continuous mitotic division and differentiation.
Hence, if a mutation occur in a zygote, all the cells of the fetus formed from such zygote will have the mutation because the cells are formed from the mitotic division of the zygote.
<span>Out of a flatworm, sponge, coral, or crab, the complex invertebrate is a crab. Hope this helps, good luck </span>
Answer:
The answer is D: Plate Tectonics
Explanation:
Plate tectonics are found in the lithosphere which is regarded as the outermost layer of the earth surface. The tectonic plates are believed to be in close contact with one another
Plate tectonics is the major Force which has caused a change in landscape in Germany for the last 150 million years as a result of its relationship and close proximity to the areas characterized by the landscaping properties.
Answer:
Thanks for the points I really appreciate it.
Explanation:
Have a great day. :)
When the neuron is at rest, what is primarily responsible for moving potassium ions OUT of the cell?
a concentration gradient
an electrical gradient
both a concentration gradient and an electrical gradient
the sodium-potassium pump
Answer:
a concentration gradient
Explanation:
At rest, the sodium-potassium pumps pump the two potassium ions into the cell for three Na ions moved out of the cell. This creates a higher potassium concentration gradient inside the cell. This concentration gradient moves the K+ out of the cell. Movement of positively charged K+ out of the cells make the inside of the membrane negative with respect to the outside. This is how the negative resting potential is maintained when neurons are nor firing the action potential.
