Using modulus, agument and angle of a complex number to convert between Cartesian and Polar representations.
Plot Polar and Parametric representations of functions manually.
You should be able to use the integral formulas for differentiable Cartesian, Polar and Parametric functions to calculate the arc length.
The built-in CONICS tool provides the ideal platform to explore the equations of conic sections in Cartesian, polar and parametric forms.
Manually create a system of simultaneous linear equations in a matrix and use matrix operations to solve the system in either echelon form or reduced row echelon form.
The RECURSION tool allows you to enter a series between limits and for user-defined increments.
Use of the MODIFY tool means you can explore the effect on the graph of altering the coefficients of a quadratic expression.
Using the G-SOLVE tool you can evaluate roots, intercepts, intersections, derivatives at a point, integrals and areas.
Calculate addition, subtraction, multiplication and division of complex numbers manually.