# Difference between revisions of "MOD"

Jump to navigation
Jump to search

Line 1: | Line 1: | ||

'''MOD''' is mathematical Integer remainder division. Also called Modulus, it can work with integer division when a remainder is necessary. | '''MOD''' is mathematical Integer remainder division. Also called Modulus, it can work with integer division when a remainder is necessary. | ||

+ | |||

''Syntax:'' Numerator MOD Divisor | ''Syntax:'' Numerator MOD Divisor | ||

+ | |||

MOD returns 0 if a number is evenly divisible by Integer division (\). | MOD returns 0 if a number is evenly divisible by Integer division (\). | ||

MOD returns 0 if the numerator is 0. The divisor should never be 0! | MOD returns 0 if the numerator is 0. The divisor should never be 0! | ||

Otherwise it returns only the remainder as an Integer. | Otherwise it returns only the remainder as an Integer. | ||

+ | |||

''Example:'' a% = 100 MOD 9: b% = 100 \ 9 | ''Example:'' a% = 100 MOD 9: b% = 100 \ 9 | ||

''Results:'' a% = 1: b% = 11 | ''Results:'' a% = 1: b% = 11 |

## Revision as of 08:27, 28 August 2009

**MOD** is mathematical Integer remainder division. Also called Modulus, it can work with integer division when a remainder is necessary.

*Syntax:* Numerator MOD Divisor

MOD returns 0 if a number is evenly divisible by Integer division (\).
MOD returns 0 if the numerator is 0. The divisor should never be 0!
Otherwise it returns only the remainder as an Integer.

*Example:* a% = 100 MOD 9: b% = 100 \ 9

*Results:* a% = 1: b% = 11