(Solved): 1.5 points Why does increasing the Na + equilibrium potential increase the maximum height (membrane ...

1.5 points Why does increasing the $\mathrm{Na}$ + equilibrium potential increase the maximum height (membrane voltage) measured in the action potential? Edit View Insert Format Tools Table $12\mathrm{pt}$ B I $\underline{\cup }\underline{A}\vee \underline{Q}\vee T^2\vee$ 圈 $\mathrm{p}$ 1.5 points Why does changing the gK max change the width of the action potential? $\begin{array}{ll}\text{ Edit View Insert }& \text{ Tools Table }\\ \text{ 12pt }\vee \text{ Paragraph }\vee & \text{ B }I\subseteq \underline{A}\vee \underline{G}\vee T^2\vee \end{array}$ $\diamond \vee \stackrel{0}{\circ }\vee$ n $\stackrel{\to \equiv }{=}\vee$ To The increase of gK max results in a longer time for potassium ion channels to open and K+ would not be able to diffuse through as easily Why does the action potential threshold vary as $\mathrm{Na}+$ channel density is changed? Edit View Insert Format Tools Table $\mathrm{p}$ 首 1.5 points Find an example of a disease where symptoms change based upon core body temperature due to differences in action potential conduction. Identify the disease and give a primary source article (citation and its link on Pubmed) that discusses this.