hi, tutor. please answer directly, no need for solution. i need it asap 21. Solve the equation y' = (x²+ 7) / 9а. у %3D (2х /9) + сb. у%3D (x / 18) + с22. Solve the equation y' = x / 7 cos (y)c. y = (x³ / 3) + (7x / 9) + cd. y = (x³ / 27) + (7x / 9) + cа. у3 (сos (х) + x sin (x)) / (7cos?x) + Сb. y = arcsin (x²/14 +C)c. y = (cos (x) + x sin (x) + C) / (7cos²x)d. УС.arcsin (x²/14) + C23. Solve the equation y' = -2y2 / x2y = x / (-2 +Cx)b. y = -x/2 + Cc. y = cuberoot (-x³/2) + Cd. y = cuberoot (-x³/2 + C)а.%3D24. Solve for the general solution of the differential equation y' = xy + 2 - 2x – yа. у %3D 2 + Се x2/2 -хb. In [y - 1| = x/2 - x + C1integrationc. In [y - 1| = x²/2 - x + Cid. In [y - 2| = x²/2 - x + C1, where Cı is constant of

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21. Solve the equation y' = (x²+ 7) / 9 (2x / 9) + c b. y = (x / 18) + c 22. Solve the equation y' = x / 7 cos (y) с. у %3 (x3 / 3) + (7x /9) + с d. y = (x³ / 27) + (7x / 9) + c а. у %3 %3D a. y = (cos (x) + x sin (x)) / (7cos²x) + C b. y = arcsin (x²/14 +C) c. y = (cos (x) + x sin (x) + C) / (7cos²x) d. y = arcsin (x²/14) + C 23. Solve the equation y' = -2y2 / x2 а. у %3Dх/ (-2 +Сх) b. y = -x/2 + C c. y = cuberoot (-x /2) + C d. y = cuberoot (-x³/2 + C) 24. Solve for the general solution of the differential equation y' = xy + 2 - 2x – y а. у%3D 2 + Се х2/2 - х b. In [y - 1| = x/2 - x + C1 integration c. In [y - 1| = x²/2 - x + C1 d. In |y - 2|| x²/2 - x + C1, where C1 is constant of

21. Solve the equation y' = (x²+ 7) / 9 (2x / 9) + c b. y = (x / 18) + c 22. Solve the equation y' = x / 7 cos (y) с. у %3 (x3 / 3) + (7x /9) + с d. y = (x³ / 27) + (7x / 9) + c а. у %3 %3D a. y = (cos (x) + x sin (x)) / (7cos²x) + C b. y = arcsin (x²/14 +C) c. y = (cos (x) + x sin (x) + C) / (7cos²x) d. y = arcsin (x²/14) + C 23. Solve the equation y' = -2y2 / x2 а. у %3Dх/ (-2 +Сх) b. y = -x/2 + C c. y = cuberoot (-x /2) + C d. y = cuberoot (-x³/2 + C) 24. Solve for the general solution of the differential equation y' = xy + 2 - 2x – y а. у%3D 2 + Се х2/2 - х b. In [y - 1| = x/2 - x + C1 integration c. In [y - 1| = x²/2 - x + C1 d. In |y - 2|| x²/2 - x + C1, where C1 is constant of

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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