Answer:you would pick the fluid by seeing what would work such as gas in a truck or car you need to know what would work best and the best power for the lift
Explanation:
if density = m(mass) / v(volume) then the answer would be 3
Let the acid be HA.
The chemical formula for this acid will be the following:
The formula for the <span>acid dissociation constant will be the following:
</span>
<span>
We know [H+]=0.0001 (it's given).
However, we must find [A-] and [HA] in order to solve for the constant.
We find that [A-]=[H+] by using a electroneutrality equation.
Also, we can create a concentration equation to find [HA].
</span>
<span>
Now, we can find the acid dissociation constant.
</span>
Had to look for the options and here is the answer. The concentration of glucose carriers in which the glucose concentration is being decreased to zero is 400. This level is already classified as above normal of the rate of glucose concentration. Hope this helps.