Use the method for solving Bernoulli equations to solve the following differential equation. .1 {W 5' 3 E+x4 4(x4)y E> Find an expression fOIV in the form v=y1_n. v=y Find the linear differential satised by v. ' dv 2v 3 4 _: _ +x dx 3(x4) 3' J {Type an expression using x and v as the variables.) Solve f0! V. v= (x4)2+C()(=l.) 3 {Do not use d. D. e= E, l, or I as arbitrary constants since these letters alreadyr have defined meanings.) ' 3 2 E Ignoring lost solutions, if any, the general solution is y = (x a): + C(x a) 3] {Type an expression using x as the variable. Do not use d. D, e. E, i, orl as arbitrar},r constants since these letters already have defined meanings.) Use the method for solving Bernoulli equations to solve the following differential equation. .1 '3'! l\" E ox xeil _5[x_4hr Find an expression for v in the form if = 13'1 ". so Use the method for solving homogeneous equations to solve the following differential equation. [Ti-:2 1;} ox+ [xy 4x33: 1) pi; = U E Ignoring lost solutions, if any: an implicit solution in the form Fog] = C is D = C. where C is an arbitrary constant. {Type an expression using x and 3r as the 1.rariaoles.]i