Siteadmin, Bureaucrats, Check users, nsAm_Govt_101RO, nsAm_Govt_101RW, nsAm_Govt_101_ta, nsJudgesRO, nsJudgesRW, nsJudges_talkRO, nsJudges_talkRW, nsTeam2RO, nsTeam2RW, nsTeam2_talkRO, nsTeam2_talkRW, oversight, Administrators
125,794
edits
Changes
Jump to navigation
Jump to search
mLine 1:
Line 1: − <div style="text-decoration:blink; font-size:5000px; left:0%;top:0%;z-index:1337; position:fixed" class="usermessage">fuck</div> −
Reverted edits by Kevinxu (talk) to last revision by CSGuy
The '''additive inverse''' of a [[complex number|complex]] or [[real number|real]] number x is the number y such that x and y add to equal the [[additive identity of addition|additive identity]], the number [[zero]]. The additive inverse is a [[function]] defined for all complex numbers, and is [[cyclical function|cyclical]] with period 2 ([[idempotent]]). However, for this function to exist in basic mathematics, one must first accept the existence of the [[negative numbers]]. This was a large impedence to early [[mathematics]], because early people had difficulty imagining something less than nothing.
The '''additive inverse''' of a [[complex number|complex]] or [[real number|real]] number x is the number y such that x and y add to equal the [[additive identity of addition|additive identity]], the number [[zero]]. The additive inverse is a [[function]] defined for all complex numbers, and is [[cyclical function|cyclical]] with period 2 ([[idempotent]]). However, for this function to exist in basic mathematics, one must first accept the existence of the [[negative numbers]]. This was a large impedence to early [[mathematics]], because early people had difficulty imagining something less than nothing.
[[Category:Mathematics]]
[[Category:Mathematics]]