Question: Section 2.1 Integrating Factor: Problem 1 (1 point) Find the general solution, y(t), which solves the problem below, by the method of integrating factors. 7t-

 Section 2.1 Integrating Factor: Problem 1 (1 point) Find the generalsolution, y(t), which solves the problem below, by the method of integratingfactors. 7t- dy dt ty=t, t>0 Put the problem in standard form.Then find the integrating factor, u(t) = and finally find y(t) =

Section 2.1 Integrating Factor: Problem 1 (1 point) Find the general solution, y(t), which solves the problem below, by the method of integrating factors. 7t- dy dt ty=t, t>0 Put the problem in standard form. Then find the integrating factor, u(t) = and finally find y(t) = . (use C as the unkown constant.) Note: You can earn partial credit on this problem. Preview My Answers Submit Answers You have attempted this problem 0 times. You have unlimited attempts remaining. Email Instructor Page generated at 09/01/2023 at 06:59pm MST 10 1996-2027 1 th 1217 | The WeBWork ProSection 2.1 Integrating Factor: Problem 2 {1 point} Solve the following initial value problem: t + F! = 3: {it J'J with ml] 3. I Put the problem in standard form. Then find the integrating factor. {:{tj I I. andfinallyfindyIt] | |. I Note: You can earn portion! credit on this problem. Preview My Answers Submit Answers too have attempted this problem El times. You have unlimited attempts remaining. Email Instructor Section 2.1 Integrating Factor: Problem 3 (1 point) Find the general solution to the differential equation dy r' + 2xy +x = 0 Put the problem in standard form. Find the integrating factor, p(*) = Find y(@) = Use C as the unknown constant. Note: You can earn partial credit on this problem. Preview My Answers Submit Answers You have attempted this problem 0 times. You have unlimited attempts remaining. Email Instructor Page generated at 09/01/2023 at 06:59pm MST WeBWork @ 1996-2022 | theme: math4 | ww_version: 2.17 | pg_version 2.17 | The WeBWork ProjectSection 2.1 Integrating Factor: Problem 4 [1 point} Solve the initial value problem: \"sir-ll l |- Preview My Answers Submit Answers You have attempted this problem CI times. You have unlimited attempts remaining. Email Instructor

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