Subsections

• Mathematical Operators and Constants
• Special Maple Delimiters and Command Terminators
• Standard Mathematical Functions
• Essential Maple Commands

Maple Reference

Mathematical Operators and Constants

The symbols in the table below are used to create Maple expressions.

Symbol	Description	Example
+,-,*,/,^	arithmetic operators	2+54/3*5^3;
(,)	expression delimiters	(2+12/25)*3^(7/3);
Pi	$\pi$	5*Pi;
I	imaginary unit, $\sqrt{-1}$	2+5*I;
infinity	positive infinity, $\infty$
alpha, beta, gamma	other constants

Special Maple Delimiters and Command Terminators

The symbols in the table below are used in Maple to terminate commands, assign results to named labels, and to delimit sets and lists.

Symbol	Description	Example
;	terminate command, get output	2*31^12*Pi;
:	terminate command, suppress output	2*31^12*Pi:
=	equality, for setting up equation	2*x+3=5
:=	assignment of a label to an expression	f := 23*x+5*y;
		2*f;
->	function definition	g := x -> x^2+2*x;
		g(x);
..	numerical range, mostly used in plot	-2..2
		plot(x^2,x=0..5);
[,]	delimit a list in Maple	[1,2,3,4]
{,}	delimit a set in Maple	{2,5,x,r}
' '	delay evaluation, often	x := 2;
	used to clear out a variable	x := 'x';
	given a previous value	x;
'' ``	used to delimit a character string,	plot(x^2,x=-2..2,title =
	for example a plot title	My First Plot);

Standard Mathematical Functions

Command	function	Example
abs	absolute value	abs(-12/31);
sqrt	square root function	sqrt(35);
		sqrt(x+1);
exp	e to the x: $e^x$	exp(2*x);
ln	natural logarithm	ln(200.4);
sin, cos, tan	trig functions	cos(Pi);
cot, sec,csc		tan(x);
arccos, arcsin	inverse trig	arcsin(1/2);
arctan, arccot	functions	arctan(x);
arcsec, arccsc		arccsc(1);

Essential Maple Commands

The following commands are those used most often in Calculus. Note that each example ends with a semi-colon, which is the signal to Maple to process the command and print its result.

Command	Description	Example
with	load a Maple package	with(CalcP7);
eval	substitute into an expression	eval(x*exp(x),x=2);
	substitute into a function	f(2);
evalf	evaluate to a decimal	evalf(Pi);
	(floating-point) approximation
expand	expand an expression	expand((x+1)^8);
factor	factor an expression	factor(x^2+x);
simplify	simplify and expression	simplify((x^2+x)/(x+1));
solve	solve an equation analytically	solve(2*x+3 = 5,x);
fsolve	solve an equation numerically	fsolve(x=tan(x),x=Pi/2..3*Pi/2);
D	differentiation operator	D(g)(x);
	(works only on a function)	D(g)(2);
diff	differentiation of an	diff(x^2,x);
	expression or a function	diff(g(x),x,x);
int	indefinite or definite	int(x^2,x);
	integral	int(x^2,x=0..1);
limit	limit of an expression	limit(sin(x)/x,x=0);
	or a function	limit(f(x),x=0);
plot	two-dimensional plot	plot(x^2,x=-2..2);
	more than one function	plot([x^3,2*x],x=-2..2);
plot3d	three dimensional plot	plot3d(x^2+y^2,x=-1..1,y=-1..1);
map	apply a function to a list	map(t -> 1/t,[1,2,3,4]);
seq	define a sequence	seq(i^3,i=1..5);