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3. Determine the solution of the following differential equation given that y (2) (2x1 – 2r) di + (4x– 6x²1 + 2x) dx= 0

3. Determine the solution of the following differential equation given that y (2) (2x1 – 2r) di + (4x– 6x²1 + 2x) dx= 0

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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Part 1, Number 3

Aal ッ。A。 目、 、田。 T Normal Body Text 1 List Para. 1 No Spac. 1 Table Pa. Heading 1 LV. Неа Paragraph Styles 1. 4 15 8 19O 10 11 12 13 I14 1 15 1 16 17 18 1 1 Summative Assessment 2 Student B C D E F G H Number 202030340 3 3 4 Evaluate the following variables and use them as given in the following problems. 国 if in case the result is zero, use 3 (D+ G) (H+I)/2, if in case the round down, if decimal (A +C+F)*2 (P + M) H+5 =3 3D2 5(E + G +I) =11 PART 1 Solve the following differential equation. Express your final answer in y = f(x) 1. Determine the solution of the differential equation 2xy dx+ (1 + x²) dy=0 given that y (2) = P 2. Determine the solution of y2 dt + (2yt + 1) dy = Ogiven that given that y (-1)=Q 3. Determine the solution of the following differential equation given that y (2) =Y (2x1 – 2r) di + (4x- 6x1 + 2xf) dx=0 | IL || || |||| Ze ORXY
Transcribed Image Text:Aal ッ。A。 目、 、田。 T Normal Body Text 1 List Para. 1 No Spac. 1 Table Pa. Heading 1 LV. Неа Paragraph Styles 1. 4 15 8 19O 10 11 12 13 I14 1 15 1 16 17 18 1 1 Summative Assessment 2 Student B C D E F G H Number 202030340 3 3 4 Evaluate the following variables and use them as given in the following problems. 国 if in case the result is zero, use 3 (D+ G) (H+I)/2, if in case the round down, if decimal (A +C+F)*2 (P + M) H+5 =3 3D2 5(E + G +I) =11 PART 1 Solve the following differential equation. Express your final answer in y = f(x) 1. Determine the solution of the differential equation 2xy dx+ (1 + x²) dy=0 given that y (2) = P 2. Determine the solution of y2 dt + (2yt + 1) dy = Ogiven that given that y (-1)=Q 3. Determine the solution of the following differential equation given that y (2) =Y (2x1 – 2r) di + (4x- 6x1 + 2xf) dx=0 | IL || || |||| Ze ORXY
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