Linear Equation Solver

Welcome to the Linear Equation Solver

Please enter a system to solve, and click when you're done.

A Quick Guide

Let's say you have the following system of equations:


                  x + y = √2 + z

                  x + sin(^2π/₃)y + 7z = 2y

                  y + z = -1

You have to get it into the following form before you can enter it in to the solver:


                  1x +        1y + -1z =  √2

                  2x + sin(^2π/₃)y +  7z =  0

                  0x +        1y +  1z = -1

Then just enter in


                  1            1  -1 

                  2  sin(2*pi/3)   7

                  0            1   1

in the first box. Then, type

in the second box, and finally, place

in the last box. Hit "Process" and prepare to be amazed.

The functions, operators, and constants available for use are as follows (you can also use parentheses for clarity if you wish):

e	The base of the natural logarithm.
pi	The ratio of circumference to diameter of a circle.

+	Add.
-	Subtract.
*	Multiply.
/	Divide.

sqrt(number)	Square root.
pow(base, exponent)	base to the exponent power
log(number)	The natural logarithm of number.
exp(number)	e raised to the number power.
fact(number)	The number-th factorial.

sin(angle in radians)	sine
cos(angle in radians)	cosine
tan(angle in radians)	tangent
asin(number)	Arc sine of number (in radians).
acos(number)	Arc cosine of number (in radians).
atan(number)	Arc tangent of number (in radians).

&	Bitwise and.
\|	Bitwise or.
^	Bitwise xor.
<<	Bitwise shift left.
>>	Bitwise shift right (sign propagating).
>>>	Bitwise shift right (zero-fill).

abs(number)	The absolute value of number.
round	Round (5.4 becomes 5, 5.6 becomes 6)
ceil(number)	Ceiling (5.1 becomes 6)
floor(number)	Floor (5.8 becomes 5)
random()	A random number between 0 and 1.

* =

Your results are displayed below:

Program output: