Q6: When x, y and z are positive and less than 6, a certain magnetic field intensity may be expressed as H = 6x(1+y)'z ax + 3x²(1+z)³ ay - (x+1)yz² az. Find the total current that crosses the strip, x = 3, 1 ≤ y ≤ 5, 3 ≤ z≤5, by using Stokes' theorem.
Q6: When x, y and z are positive and less than 6, a certain magnetic field intensity may be expressed as H = 6x(1+y)'z ax + 3x²(1+z)³ ay - (x+1)yz² az. Find the total current that crosses the strip, x = 3, 1 ≤ y ≤ 5, 3 ≤ z≤5, by using Stokes' theorem.
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"I don't want the solution using curl".I want the solution using the other side of the equation."
![Q6:
When x, y and z are positive and less than 6, a certain magnetic field intensity may be
expressed as H = 6x(1+y)'z ax + 3x²(1+z)³ ay - (x+1)yz² az. Find the total current that
crosses the strip, x = 3,1 ≤ y ≤ 5, 3 ≤ z≤5, by using Stokes' theorem.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F796427eb-fd09-4cf7-959a-bf95b95f94de%2F781773ea-3f8e-4e1f-89c4-269e2ffc6f44%2Fbuh0qm3_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q6:
When x, y and z are positive and less than 6, a certain magnetic field intensity may be
expressed as H = 6x(1+y)'z ax + 3x²(1+z)³ ay - (x+1)yz² az. Find the total current that
crosses the strip, x = 3,1 ≤ y ≤ 5, 3 ≤ z≤5, by using Stokes' theorem.
![Step 1: given information
Given data,
H = 6x(1+y)¹zāx+3x²(1+z)³ā,-(x+1)yz²a₂
strip:x=3,1 ≤ y ≤ 5, 3 ≤z≤5.
Step 2: stokes theorem
According to Ampere law,
fH.d = 1, ds = dydz ..........
Now, using the stokes theorem,
ff(H).ds..
|=
curt of H
VxH =
ax
d
O
Ə
dx dy dz
Ax Ay A
y
=
az
ax
д
əx
6x(1+y)4z 3x²(1+z)³+1)yz²
..(ii)
d
ду
= [+1)2²-9x²(1+z)²]a,
y=1 z 3
"I don't want this solution, but I want
the same outcome."
Step 3: total current valu
only a, term we need, the remaining term a and â will be zero after taking dot of âx.
O
-(-
+1)yz2 - -
02³x²(1+2)³73x
dy
(12775)
=-16937.33 A
From equations (i), (ii), the remaining term â, and âill be zero after taking dot of â
| =
= √³ ³ [-(x+1)2²—9x²(1+z)²]³. dy.dz a, =
y 1 z 3
- (42²+81(1+z)²dy.dz
(42²+81(1+z)²dz
=-5dy
y = 1
-45 (4z²+81(1+z)²dz
z=3
42³ 81(1+z)³15
- -4 43² +. + 25³ 1.
3 Jz=3
az
ə
Əz
.(iii)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F796427eb-fd09-4cf7-959a-bf95b95f94de%2F781773ea-3f8e-4e1f-89c4-269e2ffc6f44%2Focvge7d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Step 1: given information
Given data,
H = 6x(1+y)¹zāx+3x²(1+z)³ā,-(x+1)yz²a₂
strip:x=3,1 ≤ y ≤ 5, 3 ≤z≤5.
Step 2: stokes theorem
According to Ampere law,
fH.d = 1, ds = dydz ..........
Now, using the stokes theorem,
ff(H).ds..
|=
curt of H
VxH =
ax
d
O
Ə
dx dy dz
Ax Ay A
y
=
az
ax
д
əx
6x(1+y)4z 3x²(1+z)³+1)yz²
..(ii)
d
ду
= [+1)2²-9x²(1+z)²]a,
y=1 z 3
"I don't want this solution, but I want
the same outcome."
Step 3: total current valu
only a, term we need, the remaining term a and â will be zero after taking dot of âx.
O
-(-
+1)yz2 - -
02³x²(1+2)³73x
dy
(12775)
=-16937.33 A
From equations (i), (ii), the remaining term â, and âill be zero after taking dot of â
| =
= √³ ³ [-(x+1)2²—9x²(1+z)²]³. dy.dz a, =
y 1 z 3
- (42²+81(1+z)²dy.dz
(42²+81(1+z)²dz
=-5dy
y = 1
-45 (4z²+81(1+z)²dz
z=3
42³ 81(1+z)³15
- -4 43² +. + 25³ 1.
3 Jz=3
az
ə
Əz
.(iii)
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