Want to graph: f(x) =
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Enter this:
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x^2 or x*x
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x^3 or x*x*x
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sin(x) - sine function
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sin(x)
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sin( x) -
using pi
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sin(pi*x)
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sec(x) - secant function
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sec(x)
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cos(x) - cosine function
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cos(x)
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csc(x) - cosecant function
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csc(x)
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tan(x) - tangent function
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tan(x)
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cot(x) - cotangent function
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cot(x)
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arcsin(x) - arcsine function
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asin(x)
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arccos(x) - arccosine function
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acos(x)
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arctan(x) - arctangent function
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atan(x)
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arccot(x) - arccotangent function
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acot(x)
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sinh(x) - hyperbolic sine
function
|
sinh(x)
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cosh(x) - hyperbolic cosine
function
|
cosh(x)
|
tanh(x) - hyperbolic tangent
function
|
tanh(x)
|
coth(x) - hyperbolic cotangent
function
|
coth(x)
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arcsinh - inverse hyperbolic
sine function
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asinh(x)
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arccosh(x) - inverse hyperbolic
cosine function
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acosh(x)
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arctanh(x) - inverse hyperbolic
tangent function
|
atanh(x)
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arccoth(x) - inverse hyperbolic
cotangent function
|
acoth(x)
|
 -
nature exponential function
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exp(x)
|
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exp(-3*x)
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|x|
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abs(x)
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| ln(x) - natural logarithm
function |
ln(x)
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log(x) - logarithm base 10
function
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ln(x)/ln(10) (use change-of-base
formula)
|
 -
square
root function
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sqrt(x)
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(x^3 + sin(x) - 7*x)/(sqrt(x^2 +
1))
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| +
sin(x) |
x^3 + sin(x)
|
|
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Want
to graph: f(x,y) =
|
Enter
this:
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sin(x+y)
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sin(x + y)
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exp(x) + sin(y)
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sin(x^2 + y^2)
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(sin(x) + sin(y) )/(cos(x))
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sin(x + cos(x)) + x
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sin(x + cos(x)) + x
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)