- Break brackets:
	- Mutliply each child term with coefficeint, ignore operators.
- Solve:
	- Rules:
		// These ruls are not complete in the application we should take in mind
		// that 'const * var' might come as 'var * const' and still evaluate to the same thing
		// Also it must always evaluate using the 'TermHelper' class.
		- const * const, eval
		- const * var, eval
		- const * bracket, eval
		- const / const, eval
		- const / var, eval
		- const / bracket, eval
		- const + const, eval
		- const + var, eval
		- const + bracket, eval
		- const - const, eval
		- const - var, eval
		- const - bracket, eval		
	- Apply Rules, until no difference.

- Move variables to the right:
	- Specific Rules:
		// These rules are not complete in the application we should take in mind 		
		// that 'const * var' might come as 'var * const' THIS IS FOR ALL RULES!
		// Also it should evaluate to something like this, although not always:
		- const * const, const * const
		- const * var, const * var
		- const * bracket, const * bracket
		- const / const, const / const
		- const / var, const / var
		- const / bracket, const / bracket
		- const + const, cosnt + const
		- const + var, const + var
		- const + bracket, const + bracket
		- const - const, const - const
		- const - var, const - var
		- const - bracket, const - bracket	
	- Keep appling rules until there is no change.

BreakBrackets()
Move_Variables_To_The_Right()
Solve()