Best Algebra Program!

This may be the most comprehensive algebra program ever written. It covers all of the following: Mean; median; minimum; max; order of operations; Venn diagram of real numbers; finding the Y-intercept; solving system of equations; midpoint of a line; slope of a line; slope and point to Y-Intercept Formula; graphing linear equations; graphing systems of linear equations; graphing number line inequalities; two points to Y= Format; Cramer’s rule (shows work); Gaussian addition; solve 3 equations with 3 variable simultaneous equations; solve for 1 variable in any equation; graphing a single inequality; graph 2 systems of inequalities; graphing 3 simultaneous systems of inequalities; expansion of 3rd order matrices (shows work); identity matrix finder; solve a 2 x 2 inverse matrix (shows work); solve a 3 x 3 inverse matrix; solve a system of equations using matrices (shows work); find translation matrices (Shows Work); F-O-I-L and distributive property solver will FOIL or distribute any factors; factoring; synthetic division; divide 2 polynomials; factoring rules- explains how to factor 2, 3 and 4 term polynomials; convert standard form to Y intercept form; quadratic equation solver; completing the square; find the discriminant; determine if the roots of an equation are imaginary, real, rational; sum and product of roots; convert Ax^2+BX+C to A(X-H)^2+K form; vertex of a parabola; line of symmetry; bell curve (normal distribution) Diagram; information for a parabola including the directrix, latus rectum, focus, vertex; calculate the directrix, latus rectum, focus, vertex and center point of a circle; calculate the foci, center, asymptote equation, and the transverse and conjugate axis of a hyperbola; graph any of the conics including circles, parabolas, hyperbolas and ellipses; determine the type of conics section in the form AX^2+BY^2+CX+DY=E, includes degenerate cases; graph any conics in the standard form AX^2+BXY+CY^2+DX+CY=E format; quadratic formula solver; synthetic division for breaking down polynomial equations; trinomial factoring, will recognize and factor any combination of a 2nd degree trinomials; solve any form of log (b) of X = N; notes stating rules needed for simplifying logarithms; find Mantissa characteristics; solve logs, antilogarithms, natural logarithms and anti-natural logarithms; convert from logarithmic form to exponents or exponents to Logarithm forms; change the logarithm of any base and any number to its value in base 10; interest rate formula – Y = P(1+r)^N; growth and decay Formula – Y=Pe^(Kt); graph logarithms in any base; find the next Fibonacci number in a Fibonacci sequence; calculate any variable in an arithmetic sequence, An=A1+(n-1)d; calculate any variable in an arithmetic series. Sn=(n/2)(A1+An); evaluate sigma for any expression, given its lower and upper limit, and the increment; calculate any variable in a geometric sequence, An=A1*r^(n-1); calculates any variable except r in a geometric series, Sn=(a1(1-r^n))/(1-r); sequential and series formulas and binomial theorem; calculate any variable in a infinite geometric series, Sn=(a1)/(1-r); Pascal’s triangle; expand any binomial in the form (ax+by)^n; input the initial value, number of iteration, and expression of a recursive sequence and calculate the value after each iteration; calculate the number of permutations from user defined values; calculate the number of combinations from user defined values; add probability based on whether its inclusive or exclusive; calculate margin of sample error for any equation; Calculate the number of possible diagonals in a given polygon; notes on trigonometric identities; convert between degree mode and radian mode; Solve for any triangle, sides, angles and area; graph the sine or cosine wave by specifying the amplitude, period and x or y displacement; find the perpendicular distance between a point and a line; find the angle between two 1st power polynomial graphs.