In the diagram shown, $\mathrm { E } _ { \mathrm { m } }$ represents the measured initial membrane potential for a hypothetical cell in vivo.
In relation to this membrane potential, the equilibrium potentials of three ions $( \mathrm { X } , \mathrm { Y } , \mathrm { Z } )$ are represented. What is the path most likely taken by the membrane potential when membrane conductance for ion $\mathrm { Y }$ is increased?

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The Answer of In the diagram shown, $\mathrm { E } _ { \mathrm { m } }$ represents the measured initial membrane potential for a hypothetical cell in vivo.
In relation to this membrane potential, the equilibrium potentials of three ions $( \mathrm { X } , \mathrm { Y } , \mathrm { Z } )$ are represented. What is the path most likely taken by the membrane potential when membrane conductance for ion $\mathrm { Y }$ is increased?

In the Diagram Shown Em\mathrm { E } _ { \mathrm { m } }Em​

In the Diagram Shown $\mathrm { E } _ { \mathrm { m } }$