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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def plot(self, method='plot', **kwargs):
 """Plot the data for this series Returns ------- figure : `~matplotlib.figure.Figure` the newly created figure, with populated Axes. See Also -------- matplotlib.pyplot.figure for documentation of keyword arguments used to create the figure matplotlib.figure.Figure.add_subplot for documentation of keyword arguments used to create the axes matplotlib.axes.Axes.plot for documentation of keyword arguments used in rendering the data """

        from ..plot import Plot
        from ..plot.text import default_unit_label

        # correct for log scales and zeros
        if kwargs.get('xscale') == 'log' and self.x0.value == 0:
            kwargs.setdefault('xlim', (self.dx.value, self.xspan[1]))

        # make plot
        plot = Plot(self, method=method, **kwargs)

        # set default y-axis label (xlabel is set by Plot())
        default_unit_label(plot.gca().yaxis, self.unit)

        return plot