(1 point) Consider the natural logarithmic equation y = ln (x+2). (a) Determine whether its graph...

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(1 point) Consider the natural logarithmic equation y = ln (x+2). (a) Determine whether its graph has a horizontal asymptote or a vertical asymptote. In each answer blank enter an equation = k or y = k for some number k, or, enter NONE if its graph does not have that type of asymptote. The graph has a vertical asymptote with equation The graph has a horizontal asymptote with equation help (equations) help (equations) (b) Determine whether its graph has an x-intercept or a y-intercept. In each answer blank enter a point (a, b) including parentheses, or, enter NONE if its graph does not have that type of intercept. The graph has an X-intercept at the point The graph has a y-intercept at the point help (points) help (points) (c) Without using a calculator, sketch a graph of this equation on paper, labeling the features above. (1 point) Consider the natural logarithmic equation y = ln (x+2). (a) Determine whether its graph has a horizontal asymptote or a vertical asymptote. In each answer blank enter an equation = k or y = k for some number k, or, enter NONE if its graph does not have that type of asymptote. The graph has a vertical asymptote with equation The graph has a horizontal asymptote with equation help (equations) help (equations) (b) Determine whether its graph has an x-intercept or a y-intercept. In each answer blank enter a point (a, b) including parentheses, or, enter NONE if its graph does not have that type of intercept. The graph has an X-intercept at the point The graph has a y-intercept at the point help (points) help (points) (c) Without using a calculator, sketch a graph of this equation on paper, labeling the features above.