법칙,law in RRWiki

Difference between r1.7 and the current

@@ -1,6 +1,12 @@

#noindex

##=====법칙,law =,law 법칙 law

Sub:
[[평행사변형_법칙,parallelogram_law]]

[[훅_법칙,Hooke_law]]

[[흡수법칙,absorption_law]] - [[흡수,absorption]] ... [[불_대수,Boolean_algebra]] [[집합론,set_theory]]등에서.

[[코사인법칙,cosines_law]] - [[VG:코사인법칙,cosines_law]]

물리학에서

뉴턴 1법칙
[[뉴턴_2법칙,Newton_second_law]]?
{

@@ -10,6 +16,15 @@

> $m\frac{d^2x(t)}{dt^2}=F(x(t))$
## source https://ko.wikipedia.org/wiki/상미분방정식 첫 식
}

[[플랑크_법칙,Planck_law]]

...

선형대수학에서

[[Cramer_rule]] =,Cramer_rule =,Cramer_rule . Cramer_rule

{

Srch:Cramer_rule

'''Cramer's rule'''

}// Cramer's rule .... NN:"Cramer's rule" Bing:"Cramer's rule" Ggl:"Cramer's rule"

호프스태터_법칙 ?
Hofstadter_law

물리학에서
뉴턴 1법칙
뉴턴_2법칙,Newton_second_law?
{
시간 $\displaystyle t,$
시간에 대한 거리 $\displaystyle x(t),$
힘 $\displaystyle F$ 일 때

$\displaystyle m\frac{d^2x(t)}{dt^2}=F(x(t))$

선형대수학에서
Cramer_rule =,Cramer_rule =,Cramer_rule . Cramer_rule
{

Cramer_rule
Cramer's rule
}// Cramer's rule ....

호프스태터_법칙 ?
Hofstadter_law
Hofstadter's law
about 재귀,recursion and complexity {