&#number superscript three = superscript digit three = cubed  	&sup3;  	&#179;  	&#xB3;  	3  	3  	3
3453453 >= 7 >';	q && p


2 <3
4>2
2> 3
56875 == 55		

superscript one = superscript digit one  	&sup1;  	&#185;  	&#xB9;  	1  	1  	1
masculine ordinal indicator 	&ordm; 	&#186; 	&#xBA; 	o 	o 	o
right-pointing double angle quotation mark = right pointing guillemet 	&raquo; 	&#187; 	&#xBB; 	 	 	
vulgar fraction one quarter = fraction one quarter 	&frac14; 	&#188; 	&#xBC; 	1 	1 	1
vulgar fraction one half = fraction one half 	&frac12; 	&#189; 	&#xBD; 	1 	1 	1
vulgar fraction three quarters = fraction three quarters 	&frac34; 	&#190; 	&#xBE; 	3 	3 	3
inverted question mark = turned question mark 	&iquest; 	&#191; 	&#xBF; 	? 	? 	?
Latin capital letter A with grave = Latin capital letter A grave 	&Agrave; 	&#192; 	&#xC0; 	A 	A 	A
Latin capital letter A with acute 	&Aacute; 	&#193; 	&#xC1; 	 	 	
Latin capital letter A with circumflex 	&Acirc; 	&#194; 	&#xC2; 	 	 	
Latin capital letter A with tilde 	&Atilde; 	&#195; 	&#xC3; 	A 	A 	A 
	if( p_Control.FindF( SINGLE ) != KErrNotFound )

5 < 6 !True

5 > 6 !False

5 == 6 !False

5 /= 6 !True

5 <= 6 !True

5 >= 6 !False

age > 34 !a variable compared with a constant

age /= my_age !two variables are compared

45 == your_age !a variable can appear in any side

name= 'Smith' !characters are allowed

alpha(3) /= 33 !array elements are allowed

(age*3) /= your_age !expressions are allowed

age /= old

age >= young

age = 62

(age==56 .and. old/=92)

(age==56 .or. old/=92)

(age==56 .or. (.not.(old/=92)))

.not. (age==56 .or. old/=92)


#

(a<b .and. x<y) .or. (a>=b .and. x>=y) = (a<b .eqv. x<y)

Re-write the following expressions using different logical operators

.not. (a<b .and. b<c)

.not. (a<b .eqv. x<y)

# Determine the logical value of each expression

"Adam" > "Eve"

"ADAM" > "Adam"

"M1" < "M25"

"version_1" > "version-2"

" more" < "more"

LGT("Adam","adam")

LLT("Me","me")