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13 Nov 2019
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Previous Problem List Next The region is a right circular cylinder of radius 2, with the bottom at -4 and top at 4. Find the limits of integration on the triple integral for the volume of the cylinder usin Cartesian, cylindrical, and spherical coordi ates and the function to be integrated. For your answers θ = theta, Ï-phi, and Ï-rho. Cartesian where A = ,D= and p(x, y,z)= Cylindrical where A = ,D= and pir. 0, z) . Spherical (which is twice the top half) Hint Hore you must write te volume as sum of two integrals o s Ï Santan(24) and arctan(24) S Ï S r/2 v=2 where Al = and where A2 = Ci ,Di and po, e, Ï)- ,B2 = and pu,0,4)-
Please help
Previous Problem List Next The region is a right circular cylinder of radius 2, with the bottom at -4 and top at 4. Find the limits of integration on the triple integral for the volume of the cylinder usin Cartesian, cylindrical, and spherical coordi ates and the function to be integrated. For your answers θ = theta, Ï-phi, and Ï-rho. Cartesian where A = ,D= and p(x, y,z)= Cylindrical where A = ,D= and pir. 0, z) . Spherical (which is twice the top half) Hint Hore you must write te volume as sum of two integrals o s Ï Santan(24) and arctan(24) S Ï S r/2 v=2 where Al = and where A2 = Ci ,Di and po, e, Ï)- ,B2 = and pu,0,4)-
Jamar FerryLv2
23 Feb 2019