Answered: Integrate => = dr ( (bsin) dø => lnr =… | bartleby

Algebra & Trigonometry with Analytic Geometry

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter11: Topics From Analytic Geometry

Section11.4: Plane Curves And Parametric Equations

Problem 36E

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PLEASE MAKE THESE TWO PHOTOS WRITTEN DIGITALLY. NO NEED TO SOLVE. I JUST ONLY WANT IT TO BE TYPEWRITTEN. MAKE SURE IT IS COMPLETE TO GET AN UPVOTE. THANK YOU

Integrate => = = dr
((bsin D ) des
Frigal polesnod
insrvel), nod]
=> lnr =
Letiu 1-b cos V
dy = = (-bsin D) 1 = 5 slubol: A-452
=
(Anwater and) bising du
200)d = yb
du
060 mard) wood = vb₂
<= studia n
=> Inr = In utoQoood-yb, ko galderant
ln (1-b cos 0) + C
=> 1nr =
In r
Get the "e" => e
In (1-bcos 0) + C
z
e
1b (1-bcos 0) (
e
=>
etar
= e
: Law of exponent
=>r = (1-bcose) (e²) ►
=> r = (1-b cose) c
Final answer : [r= c (1-bcos D))
dr =

Group 2.
- Santillan, Marken M.
Gonzales, Kent
Tibon, Clarence
Variable Separable
Set-A: Module 2 = #1 (for presentation)
Given:
-
dr = b (cos Ø dr + r sin Ø dø) (bis cons
Distribute =>
dr = bcosodrt br sin dø
Transpose =>
Factor =>
dr-bcos dr = brsindo
(1-b cos 0) dr = brsin odo
(separatel
(1-be
- beas 80) dr = bxsin 020]
1
— dr = (b sing
1-bcos ) de
r
solutioni
constant)
=>
4
r (1-boost

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