![The magnetic field lines due to a conductor are shown below. Then which of the following statements is true? The magnetic field lines due to a conductor are shown below. Then which of the following statements is true?](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/837103/original_lakhmir-singh-sol-class-10-physics-chapter-2-08.jpg)
The magnetic field lines due to a conductor are shown below. Then which of the following statements is true?
![SOLVED: A nonuniform magnetic field exerts net force on current loop of radius R. The figure shows magnetic field that is diverging from the end of the bar magnet: The magnetic field SOLVED: A nonuniform magnetic field exerts net force on current loop of radius R. The figure shows magnetic field that is diverging from the end of the bar magnet: The magnetic field](https://cdn.numerade.com/ask_images/c3823c5822994a8f8370e8bd98a097dc.jpg)
SOLVED: A nonuniform magnetic field exerts net force on current loop of radius R. The figure shows magnetic field that is diverging from the end of the bar magnet: The magnetic field
![A text-book of electrical engineering;. turns. The current has the same direction in both, viz. outwardsin the end connections facing us. Similarly coils 3 and 4 may be looked uponas a A text-book of electrical engineering;. turns. The current has the same direction in both, viz. outwardsin the end connections facing us. Similarly coils 3 and 4 may be looked uponas a](https://c8.alamy.com/comp/2CENBC5/a-text-book-of-electrical-engineering-turns-the-current-has-the-same-direction-in-both-viz-outwardsin-the-end-connections-facing-us-similarly-coils-3-and-4-may-be-looked-uponas-a-single-coil-more-especially-as-in-actual-motors-the-whole-periphery-isutilised-and-no-gaps-are-left-between-the-windings-the-magnetic-field-produced-by-these-stator-currents-is-shown-by-thedotted-lines-the-inner-surface-of-the-ring-has-still-a-north-and-a-south-polebetween-which-the-flux-crosses-the-internal-space-the-position-of-thesepoles-has-rotated-through-45-from-the-position-they-occupied-in-fig-3-2CENBC5.jpg)
A text-book of electrical engineering;. turns. The current has the same direction in both, viz. outwardsin the end connections facing us. Similarly coils 3 and 4 may be looked uponas a
![SOLVED: 7. A wire with current 0.5 A is in the magnetic field of 5 Tesla. What is the magnetic force on the wire per unit length and its force direction? SOLVED: 7. A wire with current 0.5 A is in the magnetic field of 5 Tesla. What is the magnetic force on the wire per unit length and its force direction?](https://cdn.numerade.com/ask_previews/752cc0bb-486d-47e8-9b34-c4c1f19b6435_large.jpg)