Answer:
-35 mV and +56 mV
Explanation:
The membrane potential is the energy that is needed to drive membrane changes across the phospholipid bi-layer membrane.
Ions can move in and out of the cell through protein channels. The movement of the ions is as a result of concentration that affect the operation of ion gates.
The reverse potential is given by the Nernst equation:
where, R = gas constant
T = temperature (Kelvin)
z = ion charge
F = Faraday's charge
The potential is calculated and the result is -35 mV and +56 mV respectively.
The answer is 2 (two). Based on the given information by the
textbook, an individual can predict that Hoshi will get 2 (two) inches taller
when she turns nine years old. Yet it is still a prediction and we cannot say
that Hoshi may get taller than two inches when she turns nine.
Answer:
I'm pretty sure it's c
Explanation:
Since if more people buy more than that means it's in high demand and they will make more money from the product.
<span>This is a very complete survey at all. I wouldn't trust it. I'm guessing maybe about a 50% chance that this poll would duplicate the more complete poll. I would think that you would have to poll at least 1000 people for a poll like this to be trustworthy. I would sure hope that polls are not taken this way. There are so many polls taken out there now a days. I think besides the number of people surveyed, the other thing that makes a huge difference is how the questions are asked. Many polling questions are very loaded with leading questions.</span>
The correct answers are: both; one.
Answer 1: <span>Women tend to use both their left and right brain hemispheres when performing verbal and spatial tasks. An explanation for this is possibly that women have a larger corpus callosum than men do. The corpus callosum refers to the bundle of nerves that connects the left brain hemisphere to the right </span>brain hemisphere and transmits messages between both brain hemispheres.
Answer 2: M<span>en are more likely to use one hemisphere </span>when performing verbal and spatial tasks. Research indicates that men's brain functioning shows more asymmetry in functioning wherein one brain hemisphere (usually the left) shows more activity when performing tasks of different natures. This is likely because men have a smaller corpus callosum and less transmission of messages between both brain hemispheres.
