SQUARE FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
CUBED FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
RECIPROCAL FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
SQUARE ROOT FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
EXPONENTIAL FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
NATURAL LOG FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
SINE FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
COSINE FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
ABSOLUTE VALUE FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
GREATEST INTEGER FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =
LOGISTIC FUNCTION
Domain
Range
Increasing
Decreasing
Continuous
Symmetry
Bounded
Local max
Local min
Asymptotes
End behavior
Intercepts
f(x) =