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Problem #7: Consider the differential equation (4xy^(2)+3y+Ax^(2)y)+(4x^(2)y+Bx+2x^(3))(dy)/(dx)=0 (a) Find the values of A and B which make this differential equation exact. Enter the values of A and B (in that order) into the answer box below, separated with a comma. (b) Consider the differential equation above with A and B replaced by the values found in part (a). If the solution of the differential equation above satisfying the initial condition y(1)=1 is written in implicit form as the equation f(x,y)=7, compute the function f(x,y). y(1)=1 comma. Problem #7:Consider the differential equation -is written in implicit form as the equation f(x, y) =- 7, compute the function f(r, y). part (a). If the solution of the differential equation above satisfying the initial condition (b) Consider the differential equation above with A and B replaced by the values found in Enter the values of A and B (in that order) into the answer box below, separated with a (a) Find the values of A and B which make this differential equation exact.

          Problem #7: Consider the differential equation
(4xy^(2)+3y+Ax^(2)y)+(4x^(2)y+Bx+2x^(3))(dy)/(dx)=0
(a) Find the values of A and B which make this differential equation exact.
Enter the values of A and B (in that order) into the answer box below, separated with a comma.
(b) Consider the differential equation above with A and B replaced by the values found in part (a). If the solution of the differential equation above satisfying the initial condition
y(1)=1
is written in implicit form as the equation f(x,y)=7, compute the function f(x,y).
y(1)=1 comma. Problem #7:Consider the differential equation -is written in implicit form as the equation f(x, y) =- 7, compute the function f(r, y).  part (a). If the solution of the differential equation above satisfying the initial condition (b) Consider the differential equation above with A and B replaced by the values found in Enter the values of A and B (in that order) into the answer box below, separated with a (a) Find the values of A and B which make this differential equation exact.

problem 7 consider the differential equation 4xy23yax2y4x2ybx2x3dydx0 a find the values of a and b which make this differential equation exact enter the values of a and b in that order into 46222

Added by Matthew B.

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