l.a. FIND F SUCH THAT F= vf IF F = (2xY-2, x+22, 24-2X=) b. FIND THE...
l.a. FinD F SUCH THAT F=of IF F = {2xy-2x+ 22, 2y-2x2) b. FIND THE WORK DONE UNDER IN MOVING A BODY FROM (-3,-2-) TO (1,2,3)
l.a. FIND F SUCH THAT F=F F F = {zxy-, X+22, 24–2x22 b. FIND THE WORK DONE UNDER IN MOVING A BODY FROM (-3,-2-0 TO (1,2,3) 2. FIND THE UPWARD FLUX OF = $*,Y,Z) ACROSS: A. x+y+z=,=20 AND b. z=1-xe-yz, z>0
a.Find f such that F vector= f, If F vector =<2xy-z^2, x^2+2z, 2y-2xz> b.Find the work done under F vector in moving a body from (-3,-2,-1) to (1,2,3) Please be detail thanks. We were unable to transcribe this imageWe were unable to transcribe this image
Find the work done by the force field F(x, y,2)= <2ay - :, x° +23, 2y-2x > in moving an object from point A(-3,-2,-1) to point B(1,2,3) along the following paths: a line segment followed by the arch of a cycloid, followed by the top half of a parabola, and followed by another line segment at the end. Evaluate for full credit. (9 pts)
15. (2xy + y^2 ) dx + (2xy + x^2 − 2x 2y^2 − 2xy^3 ) dy = 0
2. a) Find a potential of the vector field f(x, y) = (a2 +2xy - y2, a2 - 2ry - y2) b) Show that the vector field (e" (sin ry + ycos xy) +2x - 2z, xe" cos ry2y, 1 - 2x) is conservative.
2. A) Calculate the work done by the field } = (x² - y2,-2xy) when moving an object from the origin to the point (1, 2) along the path C: x = t?, y = 2t. B) Use a Theorem from 16.3 to determine whether or not F = (x2 - y2,-2xy) is a conservative vector field. C) Deduce the work done by the field } = (x2 - y2,-2xy) moving an object from the point (1, 2) to the...
Question 7 (5 points) Let f(x) = 24 and -2x, x < 5 9 3 22, x > 5 Evaluate(gof)(7) A/
1a) If z=f(x,y), with x=e^t, y= t^2+3t+2, upsidedown delta f=(2xy^2-y, 2x^2y-x) find z’(t) at t=0 b) parametrize surface (y-2)^2+(z-3)^2=4 Please answer asap for thumbs up, thanks
2. Let f(x, y) = xy (2] (a) Findäf af and Vf. 5 (b) Find a unit vector u for which Duf(v2, V2) = 0. 2. Let f(x, y) = xy (2] (a) Findäf af and Vf. 5 (b) Find a unit vector u for which Duf(v2, V2) = 0.