y=xy = xy=xy=x2y = x^2y=x2y=x3y = x^3y=x3y=x4y = x^4y=x4y=1xy = \dfrac{1}{x}y=x1​y=1x2y = \dfrac{1}{x^2}y=x21​y=xy = \sqrt{x}y=x​y=x3y = \sqrt[3]{x}y=3x​y=2xy = 2^xy=2xy=exy = e^xy=exy=ln⁡xy = \ln xy=lnxy=log⁡10xy = \log_{10} xy=log10​xy=sin⁡xy = \sin xy=sinxy=cos⁡xy = \cos xy=cosxy=tan⁡xy = \tan xy=tanxy=∣x∣y = |x|y=∣x∣y=⌊x⌋y = \lfloor x \rfloory=⌊x⌋y=1−x2y = \sqrt{1 - x^2}y=1−x2​y=sinh⁡xy = \sinh xy=sinhxy=cosh⁡xy = \cosh xy=coshxy=tanh⁡xy = \tanh xy=tanhxy=sech⁡xy = \operatorname{sech} xy=sechxy=coth⁡xy = \coth xy=cothxy=arsinh⁡xy = \operatorname{arsinh} xy=arsinhxy=arcosh⁡xy = \operatorname{arcosh} xy=arcoshxy=artanh⁡xy = \operatorname{artanh} xy=artanhxy=arcsin⁡xy = \arcsin xy=arcsinxy=arccos⁡xy = \arccos xy=arccosxy=arctan⁡xy = \arctan xy=arctanxy=sec⁡xy = \sec xy=secxy=csc⁡xy = \csc xy=cscxy=cot⁡xy = \cot xy=cotxy=sin⁡xxy = \dfrac{\sin x}{x}y=xsinx​y=xsin⁡xy = x \sin xy=xsinxy=∣sin⁡x∣y = |\sin x|y=∣sinx∣y=sgn⁡(sin⁡x)y = \operatorname{sgn}(\sin x)y=sgn(sinx)y=x5y = x^5y=x5y=x2/3y = x^{2/3}y=x2/3y=x4y = \sqrt[4]{x}y=4x​y=∣x∣y = \sqrt{|x|}y=∣x∣​y=e−xy = e^{-x}y=e−xy=log⁡2xy = \log_2 xy=log2​xy=xe−xy = x e^{-x}y=xe−xy=ln⁡(1+ex)y = \ln(1+e^x)y=ln(1+ex)y=e−x2y = e^{-x^2}y=e−x2y=11+e−xy = \dfrac{1}{1+e^{-x}}y=1+e−x1​y=11+x2y = \dfrac{1}{1+x^2}y=1+x21​y=erf⁡xy = \operatorname{erf} xy=erfxy=x1+x2y = \dfrac{x}{1+x^2}y=1+x2x​y=x2+1y = \sqrt{x^2+1}y=x2+1​y=Γ(x)y = \Gamma(x)y=Γ(x)y=⌈x⌉y = \lceil x \rceily=⌈x⌉y=round⁡(x)y = \operatorname{round}(x)y=round(x)y=sgn⁡xy = \operatorname{sgn} xy=sgnxy=x−⌊x⌋y = x - \lfloor x \rfloory=x−⌊x⌋Intersection of two linesIntersection of a quadratic function and a lineThe equation of a circleIntersection of a circle and a lineIntersection of two quadratic functionsIntersection of two circlesThe line through two pointsThe vertex of a parabola and completing the squareThe distance from a point to a lineIntersection of a quadratic function and the x-axisThe tangent line to a circleParallel and perpendicular linesIntersection of an absolute-value graph and a lineThe distance between two pointsQuadratic inequalitiesSymmetry of exponential and logarithmic functionsIntersection of a reciprocal function and a lineIntersection of a trigonometric function and a lineMaximum and minimum of a quadratic functionInternal and external division pointsPosition of a point relative to a circleThe area of a triangle in the coordinate planeGeneral and standard form of a circleThe relationship between sine and cosineIntersection of an exponential function and a lineTangent line to a parabolaIntersection of a circle and a parabolaIntersection of sine and cosineIntersection of a logarithm and a lineCentroid of a triangleDiscriminant and x-axis intersectionsTranslating a parabolaCircle through three pointsAbsolute value equationTriangle bounded by three linesCombining sine and cosineParabola through three pointsExponential growth and decayParabola with absolute valueFourth vertex of a parallelogramTwo tangent circlesTranslating a reciprocalAmplitude and periodLogarithms with different basesSum of two absolute valuesPerpendicular bisectorCircle tangent to the x-axisFocus and directrix of a parabola