Difference between revisions of "Mod Command"

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{{command|algebra}}
 
{{command|algebra}}
 
; Mod[Integer a, Integer b]: Yields the remainder when integer ''a'' is divided by integer ''b''.
 
; Mod[Integer a, Integer b]: Yields the remainder when integer ''a'' is divided by integer ''b''.
 
 
; Mod[Polynomial, Polynomial]: Yields the remainder when the first entered polynomial is divided by the second polynomial.
 
; Mod[Polynomial, Polynomial]: Yields the remainder when the first entered polynomial is divided by the second polynomial.
 
==CAS Syntax==
 
==CAS Syntax==
 +
; Mod[Integer a, Integer b]: Yields the remainder when integer ''a'' is divided by integer ''b''.
 +
; Mod[Polynomial, Polynomial]: Yields the remainder when the first entered polynomial is divided by the second polynomial.
 +
 +
{{example|1=<code>Mod[9,4]</code> yields ''1''. <code>Mod[x^3+x^2+x+6,x^2-3]</code> yields ''9x+4''.}}

Revision as of 13:43, 8 August 2011


Mod[Integer a, Integer b]
Yields the remainder when integer a is divided by integer b.
Mod[Polynomial, Polynomial]
Yields the remainder when the first entered polynomial is divided by the second polynomial.

CAS Syntax

Mod[Integer a, Integer b]
Yields the remainder when integer a is divided by integer b.
Mod[Polynomial, Polynomial]
Yields the remainder when the first entered polynomial is divided by the second polynomial.
Example: Mod[9,4] yields 1. Mod[x^3+x^2+x+6,x^2-3] yields 9x+4.
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