The following table was constructed when trying to calculate the magnetic field from a moving charge, but some of the directions seem to be missing. In each blank space for parts A, B, and C, Indicate the correct direction of the missing velocity, the r vector, or the magnetic field (B). PART A: -Y -X +z +x +y -Z PART B: +y -x ****** #A # 9 V r B A B C - 1 +x N -Z + +z -y -y +x
The following table was constructed when trying to calculate the magnetic field from a moving charge, but some of the directions seem to be missing. In each blank space for parts A, B, and C, Indicate the correct direction of the missing velocity, the r vector, or the magnetic field (B). PART A: -Y -X +z +x +y -Z PART B: +y -x ****** #A # 9 V r B A B C - 1 +x N -Z + +z -y -y +x
Chapter11: Magnetic Forces And Fields
Section: Chapter Questions
Problem 72AP: A particle moving downward at a speed of 6.0106 m/s enters a uniform magnetic field that is...
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![The following table was constructed when trying to calculate the magnetic field from a moving charge, but some of the directions seem to be missing. In each blank space for parts A, B, and C,
indicate the correct direction of the missing velocity, the r vector, or the magnetic field (B).
# 9
A
B
I
I
☑<
+x
r
B
-y
+x
PART A:
-y
-x
+z
+x
+y
-z
PART B:
+y
+z
-X
+X
-Z
PART C:
+y
-y
-Z
+z
+x
C
+
+Z -y](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F96585513-6fcc-4a8d-aa07-a32bf9e471c3%2F6b850e49-9f72-4d1d-be67-db8af4ff7353%2F8h4g0o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The following table was constructed when trying to calculate the magnetic field from a moving charge, but some of the directions seem to be missing. In each blank space for parts A, B, and C,
indicate the correct direction of the missing velocity, the r vector, or the magnetic field (B).
# 9
A
B
I
I
☑<
+x
r
B
-y
+x
PART A:
-y
-x
+z
+x
+y
-z
PART B:
+y
+z
-X
+X
-Z
PART C:
+y
-y
-Z
+z
+x
C
+
+Z -y
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