5. Trace the curve: r = 4 cos 0 e (degrees) r e (degrees) r 8 (degrees) r 8 (degrees) r 165⁰ 180° 195° 150° 210° 0 90 180 270 135° 120° 15 105 195 285 105° 30 120 210 300 90° 75° 45 135 225 315 60° 60 150 240 330 45° 30° 15° 330° 0° 345° 75 165 255 345

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
5. Trace the curve: r = 4 cos 0
(degrees)
r
e (degrees)
r
8 (degrees)
r
8 (degrees)
r
165°
180°
195°
150⁰
-
210⁰
0
www
90
180
270
135°
225°
120⁰
240⁰
15
105
195
285
105⁰
255⁰
30
120
210
300
90°
0⁰
270°
75°
285°
45
135
225
315
60°
300°
60
150
240
330
45°
315°
30°
330°
15°
0°
345°
75
165
255
345
Transcribed Image Text:5. Trace the curve: r = 4 cos 0 (degrees) r e (degrees) r 8 (degrees) r 8 (degrees) r 165° 180° 195° 150⁰ - 210⁰ 0 www 90 180 270 135° 225° 120⁰ 240⁰ 15 105 195 285 105⁰ 255⁰ 30 120 210 300 90° 0⁰ 270° 75° 285° 45 135 225 315 60° 300° 60 150 240 330 45° 315° 30° 330° 15° 0° 345° 75 165 255 345
1. Trace the curve: y = x (x-4) (x + 1)(x-2)
Trace the curve: y = x² - 4x + 4
2
2.
X
2
x² + x -2
3. Trace the curve : y² = x²³² + 4x2² - 9x - 36
2
x² - 4x-12
4. Trace the curve: y² = x² - 2x - 3
Transcribed Image Text:1. Trace the curve: y = x (x-4) (x + 1)(x-2) Trace the curve: y = x² - 4x + 4 2 2. X 2 x² + x -2 3. Trace the curve : y² = x²³² + 4x2² - 9x - 36 2 x² - 4x-12 4. Trace the curve: y² = x² - 2x - 3
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