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A–4 Integral Calculus 671 d sin ax dx d cos ax dx d tan ax dx d sin -1 ax dx b(x) dc f(l, x) dl d L a(x) = a cos ax = -a sin ax dx = f(b(x), x) db(x) dx d cos -1 ax dx d[e ax ] dx a d[a x ] = cos 2 ax dx = a x ln a a d(ln x) = 31 - (ax) 2 dx = 1 x d(log a x) dx = 1 x log ae - f(a(x), x) da(x) dx a = - 31 - (ax) 2 = ae ax + L b(x) a(x) 0f (l, x) 0x dl (Leibniz’s rule) A–3 INDETERMINATE FORMS If lim x:a f(x) is of the form then 0 0 , q q , 0 # q, q-q, 0°, q°, 1 q lim f(x) = lim c N(x) x:a x:a D(x) d = lim c (dN(x)>dx) d (L’HoNpital’s rule) x:a (dD(x)>dx) where N(x) is the numerator of f(x), D(x) is the denominator of f(x), N(a) = 0, and D(a) = 0. A–4 INTEGRAL CALCULUS Definition f(x) dx = lim L e ¢x:0 a [f(n ¢x)]¢ xf n
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A–4 Integral Calculus 671<br />
d sin ax<br />
dx<br />
d cos ax<br />
dx<br />
d tan ax<br />
dx<br />
d sin -1 ax<br />
dx<br />
b(x)<br />
dc f(l, x) dl d<br />
L<br />
a(x)<br />
= a cos ax<br />
= -a sin ax<br />
dx<br />
= f(b(x), x) db(x)<br />
dx<br />
d cos -1 ax<br />
dx<br />
d[e ax ]<br />
dx<br />
a<br />
d[a x ]<br />
=<br />
cos 2 ax<br />
dx<br />
= a x ln a<br />
a<br />
d(ln x)<br />
=<br />
31 - (ax) 2 dx<br />
= 1 x<br />
d(log a x)<br />
dx<br />
= 1 x log ae<br />
- f(a(x), x) da(x)<br />
dx<br />
a<br />
= -<br />
31 - (ax) 2<br />
= ae ax<br />
+<br />
L<br />
b(x)<br />
a(x)<br />
0f (l, x)<br />
0x<br />
dl<br />
(Leibniz’s rule)<br />
A–3 INDETERMINATE FORMS<br />
If lim x:a f(x) is of the form<br />
then<br />
0<br />
0 , q<br />
q , 0 # q, q-q, 0°, q°, 1 q<br />
lim f(x) = lim c N(x)<br />
x:a x:a D(x) d = lim c (dN(x)>dx)<br />
d (L’HoNpital’s rule)<br />
x:a (dD(x)>dx)<br />
where N(x) is the numerator of f(x), D(x) is the denominator of f(x), N(a) = 0, and D(a) = 0.<br />
A–4 INTEGRAL CALCULUS<br />
Definition<br />
f(x) dx = lim<br />
L e ¢x:0<br />
a [f(n ¢x)]¢ xf<br />
n