  The physical nucleon is modeled as a bare nucleon surrounded by a pion cloud
using a psuedoscalar pion-nucleon coupling to examine its implications for the
neutron form factor, F_1, and the corresponding transverse charge density in
the infinite momentum frame. Two versions, one with a tunable Pauli-Villars
parameter, and one with light-front cloudy-bag pion-nucleon form factors, are
examined. A qualitative agreement with the experimental form factor (negative
definite for all Q^2) and transverse charge density are achieved when the
nucleon is treated as having a finite extent. The bare nucleon must have a
finite extent if this model is to account for a negative definite F_1, and
consequently a negative transverse charge density of the neutron at its center.
