FoX-Ray [FXR]

Code: Alles auswählen

f(x)		function of x
 f'(x)		derivative of x
 f"(x)		second derivative of x
 sqrt x		Square root of x
 root y x		yth root of x
 int _ _ x		integral of x
 int 1 3 x		integral from 1 to 3 of x
 sum _ _ x		summation of x
 sum 1 n x		summation from 1 to n of x
 x ^ y		x raised to the yth power
 x * y		x times y
 bar x		x bar
 hat x		x hat
 x . y		x times y
 x / y		x divided by y
 x + y		x plus y
 x - y		x minus y
 x_y		x sub y
 forall x		for all x
 exists x		there exists an x
 backepsilon		back epsilon
 therefore		therefore
 x ortho y		x is orthogonal to y
 x le y		x is less than or equal to y
 x <= y		x is less than or equal to y
 x =< y		x is less than or equal to y
 inf		infinity
 infinity		infinity
 leftright		left right arrow
 left		left arrow
 up		up arrow
 right		right arrow
 down		down arrow
 pm		plus or minus
 +-		plus or minus
 x ge y		x is greater than or equal to y
 x >= y		x is greater than or equal to y
 x => y		x is greater than or equal to y
 x times y		x times y
 x cross y		x cross y
 x prop y		x is proportional to y
 partial / {partial x}		derivative with respect to x
 x dot y		x dot y
 x divide y		x divided by y
 x div y		x divided by y
 x ne y		x not equal to y
 x <> y		x not equal to y
 x congr y		x is congruent to y
 x approx y		x is approximately y
 aleph		Aleph
 im		imaginary number
 real		real number
 wp		p function (wp), Weierstrass p
 x otimes y		x otimes y
 x oplus y		x oplus y
 null		null or empty set
 empty		null or empty set
 x intersect y		x intersection y
 x union y		x union y
 x supset y		x is a superset of y
 x supseteq y		x is a proper superset of y
 x notsubset y		x is not a subset of y
 x propsubset y		x is a proper subset of y
 x subset y		x is a subset of y
 x element y		x is an element of y
 x in y		x is in y
 x notelement y		x is not an element of y
 x notin y		x is not in y
 angle x		the angle x
 nabla		nabla
 not x		not x
 x and y		x and y
 x or y		x or y
 x equiv y		x is logically equivalent to y
 doubleleftright		double left right arrow
 doubleleft		double left arrow
 doubleup		double up arrow
 doubleright		double right arrow
 x implies y		x implies y
 doubledown		double down arrow
 (x over y)		x choose y