plot3D Input where, Simplify z=f(x, y). plotCylDataSet3D Data point Calculate is { plotCylParamLine3D Insert Simplify plotCylR3D Input z=f(r, Simplify plotDataSet Input point, Calculate {x, y}. plotDataSet3D Input point, Calculate {x, y, z}. Input plotEq f(x, Simplify y) = c. Input plotEq3D f(x, Simplify y, z)=c. plotIneq Input Simplify inequality in x and y. Input (f(t), plotParam Simplify g(t))where x=f(t) and y=g(t). plotParam3D Input (f(t, Simplify s), g(t, s), h(t, s)) where x=f(t, s) and y=g(t, s) and z=h(t, s). Input (f(t), plotParamLine3D Simplify g(t), h(t)) where x=f(t) and y=g(t)and z=h(t). Input plotPolar Simplify plotPolar3D Input . Simplify plotPolarDataSet Input point Calculate { plotPolarDataSet3D a Calculate point, { Table 4.1 Graphing in two dimensions and three dimensions. An extension after the graphing exploration is to give a shape to the students, and have them find a way to resemble and
plot3D Input where, z=f(x, y). Simplify plotCylDataSet3D Data point is { Calculate plotCylParamLine3D Insert Simplify plotCylR3D Input z=f(r, Simplify plotDataSet Input point, {x, y}. Calculate plotDataSet3D Input point, {x, y, z}. Calculate plotEq Input f(x, y) = c. Simplify plotEq3D Input f(x, y, z)=c. Simplify plotIneq Input inequality in x and y. Simplify plotParam Input (f(t), g(t))where x=f(t) and y=g(t). Simplify plotParam3D Input (f(t, s), g(t, s), h(t, s)) where x=f(t, s) and y=g(t, s) and z=h(t, s). Simplify plotParamLine3D Input (f(t), g(t), h(t)) where x=f(t) and y=g(t)and z=h(t). Simplify plotPolar Input Simplify plotPolar3D Input . Simplify plotPolarDataSet Input point { Calculate plotPolarDataSet3D a point, { Calculate Table 4.1 Graphing in two dimensions and three dimensions. An extension after the graphing exploration is to give a shape to the students, and have them find a way to resemble and
multivarcalcProblems.docx