Two wires each carrying a steady current $I$ are shown in four configurations in Column $I$. Some of the resulting effects are described in Column $II$. Match the statements in Column $I$ with the statements in Column $II$.

Column $I$	Column $II$
$(A)$ Two parallel wires with current in the same direction,$P$ is the midpoint.	$(p)$ The magnetic fields $(B)$ at $P$ due to the currents in the wires are in the same direction.
$(B)$ Two coaxial circular loops with current in the same direction,$P$ is the midpoint on the axis.	$(q)$ The magnetic fields $(B)$ at $P$ due to the currents in the wires are in opposite directions.
$(C)$ Two coplanar circular loops with current in opposite directions,$P$ is the midpoint.	$(r)$ There is no magnetic field at $P$.
$(D)$ Two concentric coplanar circular loops with current in the same direction,$P$ is the common center.	$(s)$ The wires repel each other.

• A
  $A \rightarrow (s) \& (r), B \rightarrow (p), C \rightarrow (q) \& (r), D \rightarrow (r)$
• B
  $A \rightarrow (q) \& (r), B \rightarrow (p), C \rightarrow (q) \& (r), D \rightarrow (q)$
• C
  $A \rightarrow (s) \& (r), B \rightarrow (s), C \rightarrow (q) \& (r), D \rightarrow (p)$
• D
  $A \rightarrow (q) \& (r), B \rightarrow (s), C \rightarrow (q) \& (r), D \rightarrow (r)$