In magnetic laboratory of Govt. College University, 37.200 tesla value of magnetic field is achieved. For achieve such magnetic field, (i). Calculate the value of required electric current at 2 ×10-2 m from the long wire (ii). Compute the value of required electric current at the center of coil made up of 100 turns with radius 42 ×10-2 m (iii). Determine the value of required electric current near the center of solenoid made up 4× 104 turns with radius 2.4×10-2 m and its length 32×10-2 m.
In magnetic laboratory of Govt. College University, 37.200 tesla value of magnetic field is achieved. For achieve such magnetic field, (i). Calculate the value of required electric current at 2 ×10-2 m from the long wire (ii). Compute the value of required electric current at the center of coil made up of 100 turns with radius 42 ×10-2 m (iii). Determine the value of required electric current near the center of solenoid made up 4× 104 turns with radius 2.4×10-2 m and its length 32×10-2 m.
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Question
In magnetic laboratory of Govt. College University, 37.200 tesla value of magnetic field is achieved. For
achieve such magnetic field,
(i). Calculate the value of required
(ii). Compute the value of required electric current at the center of coil made up of 100 turns with
radius 42 ×10-2 m
(iii). Determine the value of required electric current near the center of solenoid made up 4× 104
turns
with radius 2.4×10-2 m and its length 32×10-2 m.
Expert Solution
Step 1
(i) Electric current required in the long wire
Step 2
(ii) Electric current required in the coil
Step by step
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