A region of space contains a uniform magnetic field of magnitude \(B\) directed in the \(+y\)-direction (toward the top of the page). Three identical, rigid straight wire segments—Segment 1, Segment 2, and Segment 3—each have length \(L\) and carry a steady current \(I\). Segment 1 carries current in the \(+x\)-direction (to the right), Segment 2 carries current in the \(+y\)-direction (toward the top of the page), and Segment 3 carries current in the \(+z\)-direction (out of the page).

Row	Force on Segment 1	Force on Segment 2	Force on Segment 3
(A)	\(ILB\), into the page	\(ILB\), toward the top of the page	\(0\)
(B)	\(0\)	\(ILB\), out of the page	\(ILB\), to the right
(C)	\(ILB\), out of the page	\(0\)	\(ILB\), to the right
(D)	\(ILB\), out of the page	\(0\)	\(ILB\), to the left

Which row in the table correctly indicates the magnitude and direction of the magnetic force exerted on each wire segment?