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13 Nov 2019
Could you please answer the question 2.2 with clear handwriting?
line integrals by using Green's theorem to convert to a double integral over the unit disk D: 010 (a) e(32 -y) dx Gr +4y3) dy 2.2 Parametrize the boundary of the ellipse xla2+y2l6I, and then se the formula A-ydx +xdy to compute its area. 3+y-3xy. Hint: Compute the area of the shaded half D (Fig. 5.20). Set y-x o 2.3 Compute the area of the region bounded by the loop of the "folium of Descartes
Could you please answer the question 2.2 with clear handwriting?
line integrals by using Green's theorem to convert to a double integral over the unit disk D: 010 (a) e(32 -y) dx Gr +4y3) dy 2.2 Parametrize the boundary of the ellipse xla2+y2l6I, and then se the formula A-ydx +xdy to compute its area. 3+y-3xy. Hint: Compute the area of the shaded half D (Fig. 5.20). Set y-x o 2.3 Compute the area of the region bounded by the loop of the "folium of Descartes
Casey DurganLv2
20 Feb 2019