Epsilon Naught

01	ε0 = 8.854187817 × 10^(-12) F.m-1	Brainiac [The Archive]	Epsilon Naught	01:27
02	N⋅m^2⋅C−2	Brainiac [The Archive]	Epsilon Naught	01:15
03	1 = 0 ∪ {0} = {} ∪ {0} = {0}	Brainiac [The Archive]	Epsilon Naught	01:27
04	9*10^9	Brainiac [The Archive]	Epsilon Naught	01:10
05	e^2⋅GeV^-1⋅fm^-1	Brainiac [The Archive]	Epsilon Naught	01:04
06	d x ( x n ) = n x n − 1	Brainiac [The Archive]	Epsilon Naught	01:16
07	f′(x)=nxn−1	Brainiac [The Archive]	Epsilon Naught	01:19
08	f(x)=xn f ( x ) = x n	Brainiac [The Archive]	Epsilon Naught	01:31
09	3x^2+12x−23=0	Brainiac [The Archive]	Epsilon Naught	01:29
	Writer: Brainiac [The Archive] / Composers: Brainiac [The Archive]
10	(y^4x^2 + 2xy – y)/(x – 1) = 12	Brainiac [The Archive]	Epsilon Naught	00:54
11	csc^2 x dx = − cot x + C	Brainiac [The Archive]	Epsilon Naught	00:52
12	tan x dx = − ln \| cos x\| + C	Brainiac [The Archive]	Epsilon Naught	01:41
13	d/dx cot x = − csc 2 x	Brainiac [The Archive]	Epsilon Naught	01:08
14	d/dx ln \|x\| = 1/x	Brainiac [The Archive]	Epsilon Naught	01:11
15	dy/dx = x^-2 .	Brainiac [The Archive]	Epsilon Naught	01:20
	Writer: Brainiac [The Archive] / Composers: Brainiac [The Archive]
16	y = f(x) = x^p	Brainiac [The Archive]	Epsilon Naught	01:09
17	y = x^11 e^6x	Brainiac [The Archive]	Epsilon Naught	01:54
18	log5(0.2) = –1	Brainiac [The Archive]	Epsilon Naught	01:29
19	lim 1/x = 0.	Brainiac [The Archive]	Epsilon Naught	01:25
20	d/dx (e^ax) = a e^ax	Brainiac [The Archive]	Epsilon Naught	01:14
21	p x^p-1	Brainiac [The Archive]	Epsilon Naught	01:07
22	d/dx [logb(x)] = 1/x 1/ln(b)	Brainiac [The Archive]	Epsilon Naught	01:34
23	y = f(x) = C	Brainiac [The Archive]	Epsilon Naught	01:29
24	y = x^3/2 - 7x^4 +10e^-3x - 5	Brainiac [The Archive]	Epsilon Naught	01:25
25	f′(x)=nxn−1ORddx(xn)=nxn−1	Brainiac [The Archive]	Epsilon Naught	01:04
26	U=Q^2/2C	Brainiac [The Archive]	Epsilon Naught	01:15
27	mv dt-dv	Brainiac [The Archive]	Epsilon Naught	01:04

01

ε0 = 8.854187817 × 10^(-12) F.m-1

Brainiac [The Archive]

Epsilon Naught

01:27

02

N⋅m^2⋅C−2

Brainiac [The Archive]

Epsilon Naught

01:15

03

1 = 0 ∪ {0} = {} ∪ {0} = {0}