286586
Statement I: Increased permeability of $\text{N}{{\text{a}}^{+}}$ions due to the rise in stimulus is short lived.
Statement II: The resting membrane potential of membrane at the site of excitation is restored by $\text{N}{{\text{a}}^{+}}$ and $\text{C}{{\text{l}}^{-}}$ions.
286586
Statement I: Increased permeability of $\text{N}{{\text{a}}^{+}}$ions due to the rise in stimulus is short lived.
Statement II: The resting membrane potential of membrane at the site of excitation is restored by $\text{N}{{\text{a}}^{+}}$ and $\text{C}{{\text{l}}^{-}}$ions.
286586
Statement I: Increased permeability of $\text{N}{{\text{a}}^{+}}$ions due to the rise in stimulus is short lived.
Statement II: The resting membrane potential of membrane at the site of excitation is restored by $\text{N}{{\text{a}}^{+}}$ and $\text{C}{{\text{l}}^{-}}$ions.
286586
Statement I: Increased permeability of $\text{N}{{\text{a}}^{+}}$ions due to the rise in stimulus is short lived.
Statement II: The resting membrane potential of membrane at the site of excitation is restored by $\text{N}{{\text{a}}^{+}}$ and $\text{C}{{\text{l}}^{-}}$ions.
286586
Statement I: Increased permeability of $\text{N}{{\text{a}}^{+}}$ions due to the rise in stimulus is short lived.
Statement II: The resting membrane potential of membrane at the site of excitation is restored by $\text{N}{{\text{a}}^{+}}$ and $\text{C}{{\text{l}}^{-}}$ions.