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CALC 203 Humber College final exam formula sheet
Typology: Cheat Sheet
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Compiled by: Humber College Math Department
Last revision: 06/
x
x
x
2 2 a −x
2 2 x +a
2 2 x −a
a
a
a
Assume u & v are functions of x.
d d d d u u v uv u u u u u u u u uv u v uv dx dx dx dx v v
1 1 ( 1) ln 1
n n u u u u du C n du u C e du e C n u
= + ≠ − = + = +
sin u du = − cos u + C cos u du = sin u + C tan u du = − ln cosu +C
b
a
b
a
avg f x dx b a
f xdx rms b a
y
2 ( )
ByParts udv= uv− vdu
θ
2 2 sin cos cos sin tan sec [cot ] csc
d d d d u u u u u u u u u u u u dx dx dx dx
2 2 2
cot ln sin sec ln sec tan csc ln csc cot
sin 2 sin 2 sin cos tan tan 2 4 2 4
u du u C u du u u C u du u u C
u u u u u du C u du C u du u u C
Trignometric Substitutiion :
θ
θ
2 2 2 2
2 2 2 2
2 2 2 2
Let tan , sec
Let sin , cos
Let sec , tan
x a x a x a a
a x x a a x a
x a x a x a a
: ln ln ln ln ln ln ln ln A P B
Properties of Logarithm AB = A + B = A − B A =P A
Differentiation
Integration
2 2 2 cot u du = − cot u − u +C sec u du = tan u + C csc u du = − cotu +C
1 ln log ln ln
n n u u u u b
d d u d u d d cu cnu u u u e e u b b u b dx dx u dx u b dx dx
Compiled by: Humber College Math Department
Last revision: 06/
sin
2 θ + cos
2 θ = 1 1 + tan
2 = sec
2 θ
cotθ =
1
𝑡𝑡𝑡𝑡
secθ =
1
𝑡𝑡𝑡𝑡
cscθ =
1
𝑠𝑠𝑡𝑡
Solutions to Second-order DE with right side zero , ay ′′^ + by ′+ cy= 0
The auxiliary equation has the form of
2 am + bm + c= 0 and:
Partial Sum Test:
If the limit exists, then the series converges. lim If the limit does not exist, then the series diverges.
n n
→∞
Ratio Test:
Maclaurin Series:
Fourier Series:
Roots of the Auxiliary Equation Solution to ay ′′ + by ′+ cy= 0
Real and Unequal (two real roots m 1 andm 2 ) m^ x mx
1 2
Real and Equal (double root m) 1 2
mx mx
Non Real (complex roots A ± Bi)
Ax
n
n
x n
f x
f x
f f x f f x !
() 2 3
b x b x b x b nx
a x a x a x a nx
a f x
n
n
sin sin 2 sin 3 sin
cos cos 2 cos 3 cos 2
1 2 3
1 2 3
0
− − −
π
π
π
π
π
a f xdx an f x nxdx bn f(x)sinnxdx
( )cos
where (^0)
: Sum of terms ( : , : ) 1
Sum to infinity 1 ( : , : ) 1
n
n
n
a r Geometric Sequence n S a first term r common ratio r
a S where r a first term r common ratio r
Trignometric Identities :
1
1 converges
lim 1 diverges
1 test fails
n
n n
u
u
→∞