Trig Properties & Series & Integrals/Derivatives Flashcards
Derivative of a (constant)
0
Derivative of xn
n * xn-1
Derivative of ex
ex
Derivative of ln(x)
1/x
Derivative of nx
nx * ln(n)
Derivative of sin(x)
cos(x)
Derivative of cos(x)
-sin(x)
Derivative of tan(x)
sec2(x)
Derivative of cot(x)
-csc2(x)
Derivative of sec(x)
sec(x) * tan(x)
Derivative of csc(x)
-csc(x) * cot(x)
Derivative of arcsin(x)

Derivative of arccos(x)

Derivative of arctan(x)

Derivative of arccot(x)

Derivative of arcsec(x)

Derivative of arccsc(x)

Integral of 1
x + c
Integral of sin(x)
-cos(x) + c
Integral of cos(x)
sin(x) + c
Integral of tan(x)
-ln | cos(x) | + c
Integral of cot(x)
ln | sin(x) | + c
Integral of sec(x)
ln | sec(x) + tan(x) | + c
Integral of csc(x)
-ln | csc(x) + cot(x) | + c
Integral of sec2(x)
tan(x) + c
Integral of csc2(x)
-cot(x) + c
Integral of sec(x) * tan(x)
sec(x) + c
Integral of csc(x) * cot(x)
-csc(x) + c

arcsin(x) + c

arccos(x) + c

arctan(x) + c

arccot(x) + c

arcsec(x) + c

arccsc(x) + c
Derivative of logb(x)

Series of 1 / (1 - x)
- 1 < x < 1

Series of 1 / (1 + x)
-1 < x < 1

Series of ln(1 + x)
-1 < x <= 1

Series of arctan(x)
-1 <= x <= 1

Series of ex
-inf < x < inf

Series of sin(x)
-inf < x < inf

Series of cos(x)
-inf < x < inf

sin(x)
cos(π/2 - x)
sec(x)
csc(π/2 - x)
tan(x)
cot(π/2 - x)
sin(A + B)
sin(A) * cos(B) + sin(B) * cos(A)
cos(A + B)
cos(A) * cos(B) - sin(A) * sin(B)
tan(A + B)

sin(-x)
-sin(x)
ODD
cos(-x)
cos(x)
EVEN
tan(-x)
-tan(x)
ODD
sin2(x) + cos2(x)
1
1 + tan2(x)
Divided original by cos2(x)
sec2(x)
sin(2x)
2 * sin(x) * cos(x)
tan(2Ø)

cos2(x)
1 + cos(2x)
2
sin2(x)
1 - cos(2x)
2
sin(A) * cos(B)

cos(A) * cos(B)

sin(A) * sin(B)
