364.
dx 2
. ,-5— =--Ctg 2 ax.
sirrajccos^a* a
366.
367.
368.
369.
365.
dx |
sin ax |
1 + | |
sin2axcos3ax |
a | |
_2cos 2ax |
sina* |
+i>4» | |||
dx |
1 |
I i |
cos a* |
sin3axcos2ax |
a |
\cosax |
2 sin2 a* h |
dx |
i |
u. r. |
sinaxcosnax a(n—l)cosn“'1ax 1 J sinaxco$n~2ax *
w#l (patrz 361, 363'
dx
J sm*
dx
1
smntfXCosax
a(n—
+
f sinn_
dx
sinn“2axcosax
n ^ 1 (patrz 360, 362
h
dx
smnaxcosmax
1
________ n+tn—2 C _
a(tt~ 1) sinn-1ćrxcosm-1ax n— 1 J sinre_2axcosmax m > 0, n > 1 (obniżanie wykładnika potęgi n 1 1 , n-\-m—2 C dx
1
dx
mm
1 J sin”
a(m —1) sin”'1 cosm~1ax m— 1 J sin” axcosm 2ax
m > 1, n > 0 (obniżanie wykładnika potęgi m
370.
371.
372.
373.
374.
II
J CO
sin ax t 1
— dx=*-
cos e,ax sin ax
cos°^
f sm-a-dx = J cosnax
acosax 1
1
dx = ~--hC = — tg 2ax+Ci.
2acos2a^ 2 a
1
a(n— l)cosn“Łax '
C sin2 a* , |
i . i, |
i i i \ |
i--dx = - |
--sma*H--ln |
tg -T- n + — ax 1 |
) cos ax |
a a |
\ 4 2 / |
sin2ax , 1
dx = —
cos3^%
sin ax 1 1 a 1 2cos2tfx 2 n
»75
sin -ax cos nax
dx =
sin ax
a(w—l)cosn“1ax sin 2ox
i r dx , t
- -s1
w— IV cosn~2ox
(patrz 325, 326, 328),
+ln|cosax
1
™ dx==L_t___
coswox a \(n—l)co$n~1ax (n—3)cosw~3ox
,7,3 smM*
cosax
/
sinB_2axdx
cosax
n^3.
180
T sin"ax ^ _ J cosm ax
sinn+1<zx |
71—772 + 2 j |
p sinnox |
dx. |
a(m—l) cos™*1 ax |
m— 1 J |
cosm~zax | |
sinB_1ax |
i n~l f |
sinn~2ax |
dx, |
a(n—m)cosm~1ax |
n—m J |
cos max |
sin"-1ax
72-1
a(7M — l)cosm-1ax m—
sinn_1ax
cosm~*ax
dx,
m
cos ax
sin2ax
dx = —
1
•/-J SI
cosax
sin3ax
dx =
asmax
1
IH3
, f cosax ,
3. -T—-dx = —
J sm*
2asin2ax
1
+ C---
ctg2ax
2a
f Ct.
sin" ax
a(n— l)sinn~1ox
t cos ax-ł-ln te
o \
cos ax
f cos2ax . 1 /
"84. J .____dx = — {cosax+ln
sinax 2
1115.
1H6.
sin3ax
cos2ax sin" ax
dx = —
tg-M
-ln
2 a \ sin2ax 1 / cos ax
(ti— 1) \ asin"-1ax
+
n±\
(patrz 289).