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Use appropriate transformation techniques to solve the following differential equations. 1. (xy + y³)dx – y² dy = o dy 6. = sin(x-y) dx dx_x² +tVe² +x² 7. (-3x + + y – 1)dx + (x + y + 3)dy = o 2. dt tx dy _ y(ln y– Inx+1) 3. dx 8. (x +y - 1)dx + (y – x – 5)dy = o dy 4. Vx+t-1 9. (2x - y)dx + (4x + y - 3)dy = o dx 5. dx dy (x+y+2}* 10. (2х+y +4)dx + (x - 2у - 2)dy - о

Use appropriate transformation techniques to solve the following differential equations. 1. (xy + y³)dx – y² dy = o dy 6. = sin(x-y) dx dx_x² +tVe² +x² 7. (-3x + + y – 1)dx + (x + y + 3)dy = o 2. dt tx dy _ y(ln y– Inx+1) 3. dx 8. (x +y - 1)dx + (y – x – 5)dy = o dy 4. Vx+t-1 9. (2x - y)dx + (4x + y - 3)dy = o dx 5. dx dy (x+y+2}* 10. (2х+y +4)dx + (x - 2у - 2)dy - о

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
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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ssndkejfrrjofeldw ANSWER IT ALL. SHOW COMPLETE SOLUTIONS. Differential equations. jhskjdhejfebjbejhefjdfhnc

Use appropriate transformation techniques to solve the following differential equations. dy 1. (xy + y*)dx – y² dy = o 6. - = sin(x-y) dx dx_ x² +t\t² +x² 7. (-3x + + y – 1)dx + (x + y + 3)dy = o 2. dt tx dy _ y(ln y – Inx+1) 3. dx 8. (x + y - 1)dx + (y – x – 5)dy = o - X - dy 4. Vx+t-1 9. (2x - y)dx + (4x + y – 3)dy = o %D dx 5. dx dy -(x+y+2} 10. (2x + y + 4)dx + (x – 2y – 2)dy = o
Transcribed Image Text:Use appropriate transformation techniques to solve the following differential equations. dy 1. (xy + y*)dx – y² dy = o 6. - = sin(x-y) dx dx_ x² +t\t² +x² 7. (-3x + + y – 1)dx + (x + y + 3)dy = o 2. dt tx dy _ y(ln y – Inx+1) 3. dx 8. (x + y - 1)dx + (y – x – 5)dy = o - X - dy 4. Vx+t-1 9. (2x - y)dx + (4x + y – 3)dy = o %D dx 5. dx dy -(x+y+2} 10. (2x + y + 4)dx + (x – 2y – 2)dy = o
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