1. (a) Does the limit lim(,y)→(1,1) yx² -y exist? x-1 (b) If the gradient of a function f(x, y) at the point (-1, –1) is given by Vf(-1, –1) = (2,3), then in what direction away from the point (-1,...


Need help with part (e). Thank you :)


1. (a) Does the limit lim(,y)→(1,1)<br>yx² -y exist?<br>x-1<br>(b) If the gradient of a function f(x, y) at the point (-1, –1) is given by Vf(-1, –1) = (2,3),<br>then in what direction away from the point (-1, –1) does the function start to decrease<br>fastest and what is the magnitude of the rate of change?<br>%3D<br>(c) If the set Dc R² is bounded and f(x, y) is continous on D, does f(x, y) have to acheive a<br>maximum on D?<br>(d) Let P = xy2, Q = x2y and C denote one petal of the four leaved rose defined byr=<br>-1<0<. Compute the line integral fe P dx +Q dy.<br>cos(20),<br>(e) If S c R³ is the unit sphere and F =<br>Sls curl F ndS.<br>(e

Extracted text: 1. (a) Does the limit lim(,y)→(1,1) yx² -y exist? x-1 (b) If the gradient of a function f(x, y) at the point (-1, –1) is given by Vf(-1, –1) = (2,3), then in what direction away from the point (-1, –1) does the function start to decrease fastest and what is the magnitude of the rate of change? %3D (c) If the set Dc R² is bounded and f(x, y) is continous on D, does f(x, y) have to acheive a maximum on D? (d) Let P = xy2, Q = x2y and C denote one petal of the four leaved rose defined byr= -1<><. compute="" the="" line="" integral="" fe="" p="" dx="" +q="" dy.="" cos(20),="" (e)="" if="" s="" c="" r³="" is="" the="" unit="" sphere="" and="" f="Sls" curl="" f="" nds.="" (e"y,="" sin(z2="" +="" y),="" xyz),="" then="" evaluate="" the="">

Jun 04, 2022
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