Question

Question 6 If (mathbf{D} = 15 ho^2 sin left(2phi ight)mathbf{a}_{ ho} + 10 ho^2 cos left(2phi ight)mathbf{a}_{phi} ) ( ext{C/}m^2), evaluate both sides of the divergence theorem for the region (1 < ho < 2) m, (1 < phi < 2) rad, (1 < z < 2) m. Final answer for both sides is: You must submit the solution details after submitting your solutions A 5.8C B 6.93C C 9.65C D 15.9C 2 Points

          Question 6
If (mathbf{D} = 15
ho^2 sin left(2phi
ight)mathbf{a}_{
ho} + 10
ho^2 cos left(2phi
ight)mathbf{a}_{phi} ) (	ext{C/}m^2), evaluate both sides of the divergence theorem for the
region (1 < 
ho < 2) m, (1 < phi < 2) rad, (1 < z < 2) m.
Final answer for both sides is:
You must submit the solution details after submitting your solutions
A 5.8C
B 6.93C
C 9.65C
D 15.9C
2 Points

Question 6
If (mathbfD = 15
ho^2 sin left(2phi
ight)mathbfa
ho + 10
ho^2 cos left(2phi
ight)mathbfaphi ) ( extC/m^2), evaluate both sides of the divergence theorem for the
region (1 <
ho < 2) m, (1 < phi < 2) rad, (1 < z < 2) m.
Final answer for both sides is:
You must submit the solution details after submitting your solutions
A 5.8C
B 6.93C
C 9.65C
D 15.9C
2 Points

Added by Robert P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

09/01/2023

Step 1

Step 1: Identify the vector field \( \mathbf{D} = 15\rho^2 \sin^2(\phi) \hat{\rho} + 10\rho^2 \cos^2(\phi) \hat{\phi} \) C/m. Show more…

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If D = 15psin^2(a) + 10pcos^2(a) C/m, evaluate both sides of the divergence theorem for the region 1 < a < 2 rad, 1 < z < 2 m. Final answer for both sides is ________. You must submit the solution details after submitting your solutions. 5.8C 6.93C 9.65C 15.9C