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A square loop of uniform conducting wire is as shown in figure. A current \( I \) (in amperes) enters the loop from one end and exits the loop from opposite end as shown. The length of one side of the square loop is \( l \) meter. The wire has uniform cross-section area and uniform linear mass density.
In four situations of
Column I, the loop is
subjected to four
different magnetic
fields. Under the
conditions of Column
I, match the Column I
with corresponding
results of Column II
\( B_{0} \) in Column I is a
positive non-zero constant)
positive non-zero constant)
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