The attached picture shows a rectanguar loop of conducting wire with a current I is placed n external uniform magentic field. The current is moving in clockwise direction.What is the direction of the magnetic force on the TOP segment of the loop where the current is moving in +x direction? ### Diagram ExplanationThe image shows a rectangular circuit with arrows indicating the direction of the current and the magnetic field:- The magnetic field (\( \vec{B} \)) is depicted by purple lines running horizontally from left to right across the entire diagram.- A current (\( I \)) is flowing through the rectangular wire loop in a clockwise direction. - The top and bottom segments of the loop run parallel to the direction of the magnetic field.### QuestionSelect an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.**Options:**a. Left (-x direction)b. Right (+x direction)c. Down (-y direction)d. Up (+y direction)e. Into the pagef. Out of the pageg. The force is zero on the TOP wire segment

The force on a current carrying conductor in magnetic field is, F=Il→×B→

Answered: The attached picture shows a rectanguar…

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The attached picture shows a rectanguar loop of conducting wire with a current I is placed n external uniform magentic field. The current is moving in clockwise direction. What is the direction of the magnetic force on the TOP segment of the loop where the current is moving in +x direction?