Graph of an exponential function,\\(y = ab^{x} + c\\)  lies, above the asymptote if  \\(a>0 \\) and approaches the asymptote as, \\(x\\) increases if  \\(0<b<1 \\)  or  as  \\(x\\) decreases if \\(b>1\\).

Graph of an exponential function,  lies, above the asymptote if  \\(a>0\\) and approaches the asymptote as, \\(x\\) increases if \\(0  or  as \\(x\\) decreases if \\(b>1\\).

Graph of an exponential function,\\(y = ab^{x} + c\\)  lies, above the asymptote if     \\(a>0\\)  and approaches the asymptote as, \\(x\\) increases if \\(0<b<1\\) or  as \\(x\\)decreases if  \\(b>1\\).

The graph of an exponential function with the equation y = abx + c has the properties.

The graph of an exponential function with the equation y = abx + c has the properties.

Graph of an exponential function,\\(y = ab^{x} + c\\)  has a horizontal asymptote at y = c, lies above the asymptote if  a > 0 and approaches the asymptote as, x increases if 0 < b < 1  or  as x decreases if b > 1.

Graph of an exponential function,  lies, above the asymptote if  \\(a>0\\) and approaches the asymptote as, \\(x\\) increases if \\(0  or  as \\(x\\) decreases if \\(b>1\\).

Graph of an exponential function,\\(y=ab^{x}+c\\)  has a horizontal asymptote at \\(y=c\\) ,lies above the asymptote if  \\(a>0\\) and approaches the asymptote as, \\(x\\) increases if  \\(0  or  as \\(x\\) decreases if \\(b>1\\).

Graph of an exponential function,  lies, above the asymptote if  a > 0 and approaches the asymptote as,  increases if 0 < b < 1  or  as decreases if b > 1.

Graph of an exponential function,\\(y=ab^{x}+c\\)  has a horizontal asymptote at \\(y=c\\) ,lies above the asymptote if  \\(a>0\\) and approaches the asymptote as, \\(x\\) increases if  \\(0  or  as \\(x\\) decreases if \\(b>1\\).