Question1 A 3,000 ampere flows along a lamp post in the z direction at a location (0 m, 0m) . Find the B-vector at a location (0.03m , 0.05m)
Question1 A 3,000 ampere flows along a lamp post in the z direction at a location (0 m, 0m) . Find the B-vector at a location (0.03m , 0.05m)
Related questions
Question
Question1
A 3,000 ampere flows along a lamp post in the z direction at a location (0 m, 0m) .
Find the B-vector at a location (0.03m , 0.05m)
Question2
A 4,000 ampere flows along a lamp post in the z direction at a location (0.01 m , 0 m) .
The B-field is on the x-y plane.
Find the B-vector at a location (0.03m , 0.05m)
Question3 ( see the attached chart)
A 3,000 ampere flows along a lamp post in the z direction at the location (0 m, 0m) .
A 2,000 ampere flows along a lamp post in the negative z direction at the location (0.01 m , 0 m) .
The B-field is on the x-y plane.
B-field magnitude along the x-axis = u0*3000/(2*pi*x) – u0(2000)/(2*pi*(x-0.01))
The location (0.03 meter, 0m) gives B = zero
Transcribed Image Text:Complete the following table
Current amp location (0,0)
Current location (0.01m, 0 m)
Location along the x-axis for B
= zero
0.03 meter
3,000 Amperes
2,800 Amperes
2,600 Amperes
2,400 Amperes
2,200 Amperes
2,000 Ampere
2,000 Ampere
2,000 Ampere
2,000 Ampere
2,000 Amperes
0.06 meters
Plot location on the y-axis versus current at (0,0) on x-axis. Is the graph linear? Explain
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
