Formler Flashcards

1
Q

Trigonometriska ettan

A

cos^2(v) + sin^2 (v) = 1

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2
Q

Spegling i x-axeln: cos (-v)

A

cos (v)

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3
Q

Spegling i x-axeln: sin (-v)

A

-sin (v)

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4
Q

Spegling i y-axeln: cos (pi - v)

A

-cos(v)

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5
Q

Spegling i y-axeln: sin (pi - v)

A

sin (v)

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6
Q

Komplementära vinklar: sin (pi/2 - v)

A

cos (v)

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7
Q

Komplementära vinklar: cos (pi/2 - v)

A

sin(v)

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8
Q

Dubbla vinkeln (u=v): cos (2u)

A

cos^2 (u) - sin^2(v)

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9
Q

Dubbla vinkeln (u=v): sin (2u)

A

2sin(u)cos(v)

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10
Q

lim (x)

x–>§

A

§

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11
Q

lim (x^a)

x–>§

A

§

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12
Q

lim (1/x)

x–>o+

A

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13
Q

lim (1/x)

x–>0-

A

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14
Q

lim |x|^-a

x–>0

A

0

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15
Q

Derivatans definition: f’(a)

A

lim ((f(a+h)-f(a))/h)

h–>0

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16
Q

Derivatan av: cos (x)

A

-sin (x)

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17
Q

Derivatan av: sin (x)

A

cos (x)

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18
Q

Derivatan av tan (x)

A

1+tan^2 (x) eller

1/(cos^2 (x)

19
Q

Medelvärdessatsen

A

(f(b) - f(a)) / (b-a) = f’(c)

20
Q

Derivatan av invers: (f^-1)’ (x)

A

1 / (f’(f^-1)(x))

21
Q

Potenslag: a^x * a^y

A

a^x+y

22
Q

Potenslag: a^x / a^y

A

a^x-y

23
Q

Potenslag: (a*b)^x

A

a^x * b^x

24
Q

Potenslag: (a^x)^y

A

a^x*y

25
Q

loga (1)=

A

0

26
Q

loga (x) + loga (y)

A

loga (x*y)

27
Q

loga (x) - loga (y)

A

loga (x/y)

28
Q

loga (x^y)

A

y*loga (x)

29
Q

loga (x)

A

logb (x) / logb (a)

30
Q

ln (x*y)

A

ln (x) + ln (y)

31
Q

ln (x/y)

A

ln x - ln y

32
Q

ln x^r

A

r * ln x

33
Q

Derivatan av: ln x

A

1/x

34
Q

Derivatan av: a^x

A

(ln a) * a^x

35
Q

a^x

A

e^(ln a) * x

36
Q

lim x^n / e^x

x–>§

A

0 (e^x vinner)

37
Q
lim ln(x) / x^n
x-->§
A

0 (x^n vinner)

38
Q

lim x^n * ln x

x–>0+

A

0 (x^n vinner)

39
Q

lim (1 + x/n)^n

x–>§

A

e^x

40
Q

Derivatan av: arcsin x

A

1/ sqrt (1-x^2)

41
Q

Derivatan av arccos x

A

-(1/ sqrt (1-x^2))

42
Q

Derivatan av: arctan x

A

1/ (1+x^2)

43
Q

Vertikal asymptot

A

lim (f(x)) = +-§

x–>a+

44
Q

Sned asymptot

A
k= gränsvärdet går mot oändligheten ((f(x) / x)
m= gränsvärdet går mot oändligheten (f(x) - kx)