Düzgün Manyetik Alanda Akım Geçen Tele Etki Eden Kuvvet

3. Düzgün $\vec{B}$ manyetik alanı içinde bulunan şekildeki gibi bükülmüş iletken telden i akımı geçmektedir.

Manyetik alan çizgileri arası mesafeler birbirine eşit olduğuna göre telin KL, LM ve MN bölümlerine etki eden manyetik kuvvetler $F_{KL}$, $F_{LM}$ ve $F_{MN}$ arası ilişki nedir?

A) $F_{KL} = F_{LM} = F_{MN}$

B) $F_{KL} > F_{MN} > F_{LM}$

C) $F_{MN} > F_{LM} > F_{KL}$

D) $F_{KL} = F_{MN} > F_{LM}$

E) $F_{MN} > F_{KL} > F_{LM}$

Soruda görsel içerik var: The image shows a series of parallel, horizontal magnetic field lines directed to the right, labeled with a vector $\vec{B}$. A current-carrying conductor (wire) is bent into three segments: KL, LM, and MN. Segment KL is perpendicular to the magnetic field, directed upwards. An arrow labeled 'i' indicates current flowing from K to L. Segment LM is parallel to the magnetic field directed to the right. Segment MN is at an angle $\alpha$ to the horizontal magnetic field lines, directed upwards and to the right. There is a right-angle symbol at point L between segment KL and LM. The diagram spans three horizontal grid lines of the magnetic field for both segments KL and MN, indicating their effective perpendicular heights are equal.