Let Ě =< 5x + 2, 2y +z, 10x + 10y> be a vector field in R3. Evaluate the following surface integral directly: Si F.25 = [] #(x 7)AA S D Where S is the part of the plane 5x + 2y+z= 10 in the first octant (with upward orientation). SHOW ALL OF YOUR WORK!
of linoar inqualities. Graph the system (3x+2y = 22) 5x+ 7y=555
2. Solve the following equations: (4 pts ea.) a. 5x – 2y = 15 & 3x + 2y = -7 b. 2x + 3y = 3 & - 10x + 2y = -32
please answer will give rating thank you :) Let F =< 5x + 2, 2y + z, 10x + 10y > be a vector field in R3. Evaluate the following surface integral directly: XFX)DA Il vaš Š = [] E. (ru xro D S Where S is the part of the plane 5x + 2y + z = 10 in the first octant (with upward orientation).
SYSTEMA 3x +2y = 8 5x-3y = 7 GRAPHING METHOD SUBSTITUTION METHOD ELIMINATION METHOD Collaborative Learning Activities
36. Consider the linear operator T(x, y)- (5x-y,3x+2y) on R. Find the matrix of T with respect to the basis (4.3).(1,1) of R
please solve with mathlab and post screenshots of the code 10.y" + 2y' +10y -6e sin(3t),y(0) 0,y'(0) 1 10.y" + 2y' +10y -6e sin(3t),y(0) 0,y'(0) 1
(10 points) For the differential equation y(6) - 2y (5) – 3y(4) + 2y(3) + 10y" – 8y = 0. Find the fundamental solution set to the DE if the characteristic equation in factored form is given by (r – 2) (r2 + 2r + 2) (r - 1) (r + 1) = 0
0.65 for the Solve sin(3x)cos(5x) – cos(3x)sin(5x) = smallest positive solution. x = 10 X
5x - 2y = 1 11. Solve o using a matrix equation (i.e. AX = B) 3x + 4y = 10