A function f can be visualized by drawing its graph in a (two-dimensional) coordinate system. The function graph of a function f can be defined mathematically as the set of all pairs of elements ( x | y ) for which y = f ( x ). The graph of a continuous function on a continuous interval forms a continuous curve.
The function plotter draws the function graphs of up to three real functions with one variable. The derivative of the functions can be drawn with (d/dx) as dotted line in the graph. The integral can be started with select ∫. The integration range can adjusted with variation of the points at the function graph.
f(x)=
g(x)=
h(x)=
Function | Description |
---|---|
sin(x) | Sine of x |
cos(x) | Cosine of x |
tan(x) | Tangent of x |
asin(x) | arcsine |
acos(x) | arccosine of x |
atan(x) | arctangent of x |
atan2(y, x) | Returns the arctangent of the quotient of its arguments. |
cosh(x) | Hyperbolic cosine of x |
sinh(x) | Hyperbolic sine of x |
pow(a, b) | Power a^{b} |
sqrt(x) | Square root of x |
exp(x) | e-function |
log(x), ln(x) | Natural logarithm |
log(x, b) | Logarithm to base b |
log2(x), lb(x) | Logarithm to base 2 |
log10(x), ld(x) | Logarithm to base 10 |
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Here is a list of of further useful sites:
Index Normal Distribution Plot Parabola Plotter Cubic Plotter Damped Vibration Plot Sine (sin) Plot Cosine (cos) Plot Tangent (tan) Plot Beat frequencies Plot Circle Triangle Mean Value Calculator Trigonometry Curve fit calculator