Integrating polar coordinates. Also, how would the area of integration be graphed? j. The power emitted by an antenna has a power densityper unit volume given in spherical coordinates byplp. 0. q) =Pocoscos 0 sin . where Po is a constantwith units in watts. The total power within a sphere B ofradius r meters is defined as P = Mn, A, pV. IBfind the total powerwithin a sphere B of radius 5 meters when the poweris given294.densityperunitvolumebyplp, 0, q) = 30cos²0 sin*p.%3D

Many author use the notation 'phi' and ' theta' in different way...

j. The power emitted by an antenna has a power density per unit volume given in spherical coordinates by Pocos?e sin*g. where Po is a constant plp. 0. p) =cos with units in watts. The total power within a sphere B of radius r meters is defined as P = plp, A, pylV. 1 B find the total power within a sphere B of radius 5 meters when the power 294. density per unit volume is given by Plp, 0, q) = 30cos²0 sin* g. %3!