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13 Nov 2019
Could you please answer the question 1.13 with clear handwriting? "obvious., that j, de-2m, where γ(t)= (a cost, b sin 1), te [0, 2Ï]. Accepting this fact, deduce from it that dt + b2 sin2 t 2Ï Jo a2 cos ab 1.13 Let d0-(-ydx + x dy)/(x2 + y^) on 0. (a) lf γ : [O, l ] â 2-0 is defined by γ(1)-(cos 2k show that f, d-2km , sin 2km), where k is an integer,
Could you please answer the question 1.13 with clear handwriting?
"obvious., that j, de-2m, where γ(t)= (a cost, b sin 1), te [0, 2Ï]. Accepting this fact, deduce from it that dt + b2 sin2 t 2Ï Jo a2 cos ab 1.13 Let d0-(-ydx + x dy)/(x2 + y^) on 0. (a) lf γ : [O, l ] â 2-0 is defined by γ(1)-(cos 2k show that f, d-2km , sin 2km), where k is an integer,
Elin HesselLv2
29 Jan 2019