Mod - Revision history

Ghenne: /* Output */

2019-03-25T15:31:12Z

Output

← Older revision		Revision as of 15:31, 25 March 2019
Line 29:		Line 29:

	[[Category:Math]]		[[Category:Math]]

			[[Category:BASIC Functions]]

Ghenne at 18:09, 24 March 2019

2019-03-24T18:09:47Z

@@ Line 1: / Line 1: @@
 ''result'' = ''x'' Mod ''y''
@@ Line 15: / Line 17: @@
 Answer = 21 Mod 3.7
 Print "21 Mod 3.7 = " & Answer
 </pre>

JwellsNB: /* Example (JavaScript) */

2013-05-28T01:56:15Z

Example (JavaScript)

← Older revision		Revision as of 01:56, 28 May 2013
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	var Answer;		var Answer;
	Answer = (151)%(21);		Answer = 15 % 2;
	NSB.Print("15 Mod 2 = " + Answer);		NSB.Print("15 Mod 2 = " + Answer);
	Answer = (211)%(3.71);		Answer = 21 % 3.7;
	NSB.Print("21 Mod 3.7 = " + Answer);		NSB.Print("21 Mod 3.7 = " + Answer);
	</pre>		</pre>

JwellsNB: Add javasript snippet

2013-05-28T01:55:12Z

Add javasript snippet

← Older revision		Revision as of 01:55, 28 May 2013
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	Mod divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any valid numeric expressions. The value of ''result'' is a whole number with a magnitude less than the magnitude of ''y''.		Mod divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any valid numeric expressions. The value of ''result'' is a whole number with a magnitude less than the magnitude of ''y''.

	== Example ==		== Example (Basic) ==

	<pre>		<pre>
Line 15:		Line 15:
	Answer = 21 Mod 3.7		Answer = 21 Mod 3.7
	Print "21 Mod 3.7 = " & Answer		Print "21 Mod 3.7 = " & Answer
			</pre>

			== Example (JavaScript) ==
			<pre>
			// Mod Example
			/* Mod returns quotient remainder as integer */

			var Answer;
			Answer = (151)%(21);
			NSB.Print("15 Mod 2 = " + Answer);
			Answer = (211)%(3.71);
			NSB.Print("21 Mod 3.7 = " + Answer);
	</pre>		</pre>

C185driver: /* Output */

2013-03-10T10:10:45Z

Output

← Older revision		Revision as of 10:10, 10 March 2013
Line 21:		Line 21:
	<pre>		<pre>
	15 Mod 2 = 1		15 Mod 2 = 1
	21 Mod 3.7 = 1		21 Mod 3.7 = 2.5
	</pre>		</pre>

Admin: /* Output */

2012-09-14T20:04:37Z

Output

← Older revision		Revision as of 20:04, 14 September 2012
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	[[Category:Language Reference]]		[[Category:Language Reference]]

			[[Category:Math]]

Brendon at 02:16, 17 August 2012

2012-08-17T02:16:09Z

← Older revision		Revision as of 02:16, 17 August 2012
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	''result'' = ''x'' ~~MOD~~ ''y''		''result'' = ''x'' Mod ''y''

	~~'''~~Description~~'''~~		== Description ==

	~~MOD~~ divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any valid numeric expressions. The value of ''result'' is a whole number with a magnitude less than the magnitude of ''y''.		Mod divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any valid numeric expressions. The value of ''result'' is a whole number with a magnitude less than the magnitude of ''y''.

	~~'''~~Example~~'''~~		== Example ==

	<pre>		<pre>
	~~REM MOD~~ Example		Rem Mod Example
	'~~MOD~~ returns quotient remainder as integer		'Mod returns quotient remainder as integer
	~~DIM~~ Answer		Dim Answer
	Answer = 15 ~~MOD~~ 2		Answer = 15 Mod 2
	~~PRINT~~ "15 ~~MOD~~ 2 = " & Answer		Print "15 Mod 2 = " & Answer
	Answer = 21 ~~MOD~~ 3.7		Answer = 21 Mod 3.7
	~~PRINT~~ "21 ~~MOD~~ 3.7 = " & Answer		Print "21 Mod 3.7 = " & Answer
	</pre>		</pre>

	~~'''~~Output~~'''~~		== Output ==

	<pre>		<pre>
	15 ~~MOD~~ 2 = 1		15 Mod 2 = 1
	21 ~~MOD~~ 3.7 = 1		21 Mod 3.7 = 1
	</pre>		</pre>

			[[Category:Language Reference]]

Brendon: Created page with "''result'' = ''x'' MOD ''y'' '''Description''' MOD divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any va..."

2012-07-08T17:50:35Z

Created page with "''result'' = ''x'' MOD ''y'' '''Description''' MOD divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any va..."

New page

''result'' = ''x'' MOD ''y''

'''Description'''

MOD divides ''x'' by ''y'' and returns the integer part of the remainder. The required parameters, ''x'' and ''y'', are any valid numeric expressions. The value of ''result'' is a whole number with a magnitude less than the magnitude of ''y''.

'''Example'''

<pre>
REM MOD Example
'MOD returns quotient remainder as integer
DIM Answer
Answer = 15 MOD 2
PRINT "15 MOD 2 = " & Answer
Answer = 21 MOD 3.7
PRINT "21 MOD 3.7 = " & Answer
</pre>

'''Output'''

<pre>
15 MOD 2 = 1
21 MOD 3.7 = 1
</pre>