Classify each of the following first order differential equations (x + 1) y' + (x + y)² = x² У xy (32 - 1/4) dz + 2y dy = 0 1. is a separable equation 2. is a Bernoulli equation is an exact 3. In(y) 1 + ln(x) dx+ equation dy = 0 In(x) In(y) У + y² > > > 4. y² x 5. + cos(y) dx + (2 y ln(x) - x sin(y)) dy = 0 Cos(y)). (x³ y² + xe³) (y + xy + 1) − ye³ − x ² y³ = 0 is a linear equation is a homogeneous equation

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Classify each of the following first order differential equations
(x + 1) y' + (x + y)² = x²
У
xy
(32 - 1/4) dz + 2y dy = 0
1.
is a separable
equation
2.
is a Bernoulli
equation
is an exact
3.
In(y)
1 + ln(x)
dx+
equation
dy = 0
In(x)
In(y)
У
+ y²
>
>
>
4.
y²
x
5.
+ cos(y) dx + (2 y ln(x) - x sin(y)) dy = 0
Cos(y)).
(x³ y² + xe³) (y + xy + 1) − ye³ − x ² y³ = 0
is a linear
equation
is a
homogeneous
equation
Transcribed Image Text:Classify each of the following first order differential equations (x + 1) y' + (x + y)² = x² У xy (32 - 1/4) dz + 2y dy = 0 1. is a separable equation 2. is a Bernoulli equation is an exact 3. In(y) 1 + ln(x) dx+ equation dy = 0 In(x) In(y) У + y² > > > 4. y² x 5. + cos(y) dx + (2 y ln(x) - x sin(y)) dy = 0 Cos(y)). (x³ y² + xe³) (y + xy + 1) − ye³ − x ² y³ = 0 is a linear equation is a homogeneous equation
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