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# Screenshots

## 3D Samples   ## How to plot a graph?     ## How to show table?   ## Some build-in samples

 Paraboles y=0.2x^2-5 y=-0.1xx+6 y=-0.3xx-3 Cubical function y=-0.01x^3+0.1x^2+x-2 first derivate second derivate> Climbing sine y=sin(x)+x y=-sin(x)+x y=-sin(x)-x y=sin(x)-x sin(x)/x y=sin(x)/x y=2*f(1) y=3*f(1) y=4*f(1) y=5*f(1) y=6*f(1) y=7*f(1) Rainbow x^2+y^2=10 y=f(1)-1 y=f(1)-2 y=f(1)-3 y=f(1)-4 y=f(1)-5 y=f(1)-6 Hyperboles y=1/x y=2*f(1) y=3*f(1) y=4*f(1) y=5*f(1) y=6*f(1) y=7*f(1) Square root y=sqrt(x) y=x^2 y=x Gauss Curve y=1/(0.4sqrt(2pi))e^(-0.5((x-1)/0.4)^2) first derivate Sine wave y=sin(x) y=cos(x) y=-sin(x) y=-cos(x) Lineair Sine y=xsin(x) y=x y=-x Tangent y=tan(x) y=-tan(x) Exponential y=e^(x) y=ln(x) y=x Damped Oscillation y=10e^(-0.2x)sin(2x) y=10e^(-0.2x) y=-10e^(-0.2x) Damped Oscillation y=sinh(x) y=f(1)+1 y=f(1)+2 y=f(1)+3 y=f(1)+4 y=f(1)+5 y=f(1)+6 Triangle y=20 y=x y=-x+100

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## Download GraphViewer Home Designed by Tim Vermeiren (2016) Translated by Tim Vermeiren