Group A Let J=10y²zax - 2x²yay+2x² zaz a) The total current crossing the surface y=2, 1 ≤ x ≤ 2, 1 ≤z ≤2 b) The magnitude of the current density at the center of this area. c) The average value of Jy over the surface. Group B Let J-10y²zax - 2x²yay+2x²zaz a) The total current crossing the surface z=3, 1 ≤ x ≤ 2 1 ≤ y ≤2 b) The magnitude of the current density at the center of this area. c) The average value of J₂ over the surface. Group C Let J-4y³zax - 2x yay+2x³zaz a) The total current crossing the surface x=3, 1 ≤ y ≤2 1 ≤z ≤3 b) The magnitude of the current density at the center of this area. c) The average value of Jx over the surface.
Group A Let J=10y²zax - 2x²yay+2x² zaz a) The total current crossing the surface y=2, 1 ≤ x ≤ 2, 1 ≤z ≤2 b) The magnitude of the current density at the center of this area. c) The average value of Jy over the surface. Group B Let J-10y²zax - 2x²yay+2x²zaz a) The total current crossing the surface z=3, 1 ≤ x ≤ 2 1 ≤ y ≤2 b) The magnitude of the current density at the center of this area. c) The average value of J₂ over the surface. Group C Let J-4y³zax - 2x yay+2x³zaz a) The total current crossing the surface x=3, 1 ≤ y ≤2 1 ≤z ≤3 b) The magnitude of the current density at the center of this area. c) The average value of Jx over the surface.
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Group A
Let J=10y²zax – 2x²yay+2x²zāz
a) The total current crossing the surface y=2, 1<x< 2,
1 <z < 2
b) The magnitude of the current density at the center of this area .
c) The average value of Jy over the surface.
Group B
Let J=10y²zax – 2x²yay+2x²zaz
a) The total current crossing the surface z=3, 1< x < 2
1 <y<2
b) The magnitude of the current density at the center of this area .
c) The average value of J, over the surface.
Group C
Let J-4y3 zax — 2х уау+2х3zaz
a) The total current crossing the surface x=3, 1< y< 2
1 <z < 3
b) The magnitude of the current density at the center of this area .
c) The average value of Jx over the surface.
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