Two solenoids are made with the same cross sectional area and total number of turns. Inductor B is twice as long as inductor A; L= H,n²ër²z B 1) Compare the inductance of the two solenoids LA/LB = LA/LB = 2 LA/LB = 1 O LẠ/LB = (1/2) LA/LB = (1/4) %3D
Two solenoids are made with the same cross sectional area and total number of turns. Inductor B is twice as long as inductor A; L= H,n²ër²z B 1) Compare the inductance of the two solenoids LA/LB = LA/LB = 2 LA/LB = 1 O LẠ/LB = (1/2) LA/LB = (1/4) %3D
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![Two solenoids are made with the same cross sectional area and total number of turns. Inductor B is twice as long as
inductor A;
L= H,n²ër²z
B
1) Compare the inductance of the two solenoids
LA/LB =
LA/LB = 2
LA/LB = 1
O LẠ/LB = (1/2)
LA/LB = (1/4)
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F74b33ebe-31a4-43ae-802a-49365f949aaf%2F6c678373-26ba-4d28-86c4-4c4f1e527dd1%2Fg7ukhpz.png&w=3840&q=75)
Transcribed Image Text:Two solenoids are made with the same cross sectional area and total number of turns. Inductor B is twice as long as
inductor A;
L= H,n²ër²z
B
1) Compare the inductance of the two solenoids
LA/LB =
LA/LB = 2
LA/LB = 1
O LẠ/LB = (1/2)
LA/LB = (1/4)
%3D
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