Which of the following differential equation is non linear, second degree, dependent variable is y, and independent variable is x. A. B. C. xy d³y dx² E. D. /a 2 3 · (d² )² + (du) ³ 2 3¹ +2 Əx² y = 3 = 0 1dx ² (3²3)² + ( 3² ) ² रे 2 ду F. 2²2 2 + (da) ³ + 3y - x² = 0 зу - x^² + y = 0 - 0 + (2x + 2) ( 2¹4 ) − × (2-1) = az² 22 - 2 (3²) + (x − ³y) (32) - Эх
Which of the following differential equation is non linear, second degree, dependent variable is y, and independent variable is x. A. B. C. xy d³y dx² E. D. /a 2 3 · (d² )² + (du) ³ 2 3¹ +2 Əx² y = 3 = 0 1dx ² (3²3)² + ( 3² ) ² रे 2 ду F. 2²2 2 + (da) ³ + 3y - x² = 0 зу - x^² + y = 0 - 0 + (2x + 2) ( 2¹4 ) − × (2-1) = az² 22 - 2 (3²) + (x − ³y) (32) - Эх
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 91E
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Transcribed Image Text:Which of the following differential
equation is non linear, second
degree, dependent variable is y,
and independent variable is x.
A.
B.
C.
xy
d³y
dx³
E.
D. /a²/2
(3²³)² + ( 3² ) ²
2
2
Əx
ду
3¹
+2
2
3
(d^²)² + (d^)² + 3y - x² = 0
зу
2
Əx²
y = 3 = 0
2
(111)
F. 222
+
Your answer
(da) ³
- x^² + y = 0
↓
22 - 2 (32²) + (x - 3y) (234) = 0
Эх
ду
- 0
+ (2x + 2) (2¹4) − × (3-1) =
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