5) Form a DE by eliminating the arbitrary constants from the equation y = asin(4x + 1).

Q: Find the point on the line 5x + y = 5 that is closest to the point (−2, 1).

A: We will solve the following.

Q: Select all the functions that are a solution of y" - y = 0

A:

Q: Eliminate the arbitrary constant. y=Ax 5 + Bx3

A:

Q: Solve for the general solution (D4 – 16)y = x* + x + 1

A:

Q: Solve for Z. X= (Y-Z) 3

A: Given: X=23Y-Z We have to solve for Z.

Q: y=x2e1/x.

A:

Q: Eliminate the arbitrary constant. y=Ax 5+ Bx³ A B 7xy "- x²y + 15y = 0 D x²y '- 7xy "+15y = 0…

A:

Q: Find the point on the graph of the equation y = x³ that is nearest to the point (8,0).

A: Let (x, y) be any point on the curve                y = (1/4)x3. . . . . . (1)  Distance of the…

Q: Find the linearization of y = 3xe²x-10 at x = 5. %3D

A:

Q: Find the point on the line 6x + y = 7 that is closest to the point (−2, 1).

A: Given line 6x + y = 7     (1) Given point A(-2,1)

Q: Find the point on the line 3x + y = 5 that is closest to the point (−2, 1).

A: To Find the point on the line 3x + y = 5 that is closest to the point (−2, 1).

Q: What is the general solution of the following ODE / - = 3r"

A:

Q: Solve for y. x= (3y+5)/(7y-1)

A: To solve for .

Q: p(x) p(x) = (x2 - 9) (x - 2) P(X)=x + 2x - 9x - 18 p(x) = x - 2 + 9x + 18 P(x) = (+ 9) (x - 2) 0000

A: To find the polynomial in which the graph has the zeros at x=-3,2,3

Q: Find the point on the line 6x + y = 7 that is closest to the point (−5, 1).

A:

Q: (y–1)² ce-y. (z-3)5

A:

Q: Eliminate the arbitrary constant on the given equation y=( C1+C2x) e2x+ex

A:

Q: 1/2x+1/3y=6 X-y=2

A: