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(a+b)²
a²+2ab+b²
a²-b²
(a+b)(a-b)
sqrt(2)
1.4
sqrt(3)
1.7
π
3.14
e
2.718
ln 1
0
ln e
1
#/0
undefined
0/0
indeterminate form
0/#
0
2³
8
3³
27
4³
64
5³
125
24
16
34
81
25
32
rewrite 1/xa
x-a
rewrite b)rt(a)
xa/b
Area of a trapezoid
1/2(b1+b2)h
sin(pi/3)
sqrt(3)/2
cos(pi/2)
0
sin(pi/2)
1
limf(x)x→a exists
limit from the left equals limit from the right
limf(x)x→ -∞ and ∞=L
Horizontal asymptotes
limf(x)x→c
Plug in C, if 0/0 simplify and plug in again.
limf(x)x→=∞or-∞
Vertical Asymptotes
cos(0)
1
sin(0)
0
cos(pi/2)
0
sin(pi/2)
1
cos(pi)
-1
sin(pi)
0
csc
1/sin
sec
1/cos
tan
sin/cos
cot
cos/sin
cos(3pi/2)
0
sin(3pi/2)
-1
cos(2pi)
1
sin(2pi)
0
Average Rate of Change
f(b)-f(a)/b-a
Instantaneous Rate of change
Derivative
Condition for IVT
f(x) is continuous on the interval [a,b]
Definition of continuity
lim x→a exists, f(a) exists, x→a=f(a)
Analysis for IVT
There is a c, a<c<b such that f(a)<f(C)<f(b) or f(b)<f(C)<f(a)