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The diagram below shows a current carrying wire (1), with the direction of current flow perpendicular to the direction of the uniform magnetic field (B). The wire is interacting with the magnetic field over a length, L. In this setup, the Lorentz force acts If the direction of the current flow is reversed (i.e. now coming out of the page), the Lorentz force would act If the direction of the current flow AND the direction of the magnetic field was reversed (i.e. current flow coming out of the page and magnetic field acting from left to right), the Lorentz would act If the magnitude of current flow is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the magnetic field strength is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the current flow is reduced by 50% AND the magnitude of the magnetic field strength is increased by 100%, the Lorentz force acting on the wire would S B İN G

The diagram below shows a current carrying wire (1), with the direction of current flow perpendicular to the direction of the uniform magnetic field (B). The wire is interacting with the magnetic field over a length, L. In this setup, the Lorentz force acts If the direction of the current flow is reversed (i.e. now coming out of the page), the Lorentz force would act If the direction of the current flow AND the direction of the magnetic field was reversed (i.e. current flow coming out of the page and magnetic field acting from left to right), the Lorentz would act If the magnitude of current flow is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the magnetic field strength is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the current flow is reduced by 50% AND the magnitude of the magnetic field strength is increased by 100%, the Lorentz force acting on the wire would S B İN G

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The diagram below shows a current carrying wire (1), with the direction of current flow perpendicular to the direction of the uniform magnetic field (B). The wire is interacting with the magnetic field over a length, L. In this setup, the Lorentz force acts If the direction of the current flow is up the page down the page double halve remain the same from right to left across the page If the magnitude of current flow is re left to right across the page increase by 200% reverse direction become negligible If the direction of the current flow AN acting from left to right), the Lorentz If the magnitude of the magnetic fiel push the wire out of the page If the magnitude of the current flow i push the wire into the page on the wire would age), the Lorentz force would act vas reversed (i.e. current flow coming out of the page and magnetic field ng on the wire would entz force acting on the wire would e of the magnetic field strength is increased by 100%, the Lorentz force acting
Transcribed Image Text:The diagram below shows a current carrying wire (1), with the direction of current flow perpendicular to the direction of the uniform magnetic field (B). The wire is interacting with the magnetic field over a length, L. In this setup, the Lorentz force acts If the direction of the current flow is up the page down the page double halve remain the same from right to left across the page If the magnitude of current flow is re left to right across the page increase by 200% reverse direction become negligible If the direction of the current flow AN acting from left to right), the Lorentz If the magnitude of the magnetic fiel push the wire out of the page If the magnitude of the current flow i push the wire into the page on the wire would age), the Lorentz force would act vas reversed (i.e. current flow coming out of the page and magnetic field ng on the wire would entz force acting on the wire would e of the magnetic field strength is increased by 100%, the Lorentz force acting
The diagram below shows a current carrying wire (1), with the direction of current flow perpendicular to the direction of the uniform magnetic field (B). The wire is interacting with the magnetic field over a length, L. In this setup, the Lorentz force acts If the direction of the current flow is reversed (i.e. now coming out of the page), the Lorentz force would act If the direction of the current flow AND the direction of the magnetic field was reversed (i.e. current flow coming out of the page and magnetic field acting from left to right), the Lorentz would act If the magnitude of current flow is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the magnetic field strength is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the current flow is reduced by 50% AND the magnitude of the magnetic field strength is increased by 100%, the Lorentz force acting the wire would on 14 S INI B Ⓒ
Transcribed Image Text:The diagram below shows a current carrying wire (1), with the direction of current flow perpendicular to the direction of the uniform magnetic field (B). The wire is interacting with the magnetic field over a length, L. In this setup, the Lorentz force acts If the direction of the current flow is reversed (i.e. now coming out of the page), the Lorentz force would act If the direction of the current flow AND the direction of the magnetic field was reversed (i.e. current flow coming out of the page and magnetic field acting from left to right), the Lorentz would act If the magnitude of current flow is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the magnetic field strength is reduced by 50%, the Lorentz force acting on the wire would If the magnitude of the current flow is reduced by 50% AND the magnitude of the magnetic field strength is increased by 100%, the Lorentz force acting the wire would on 14 S INI B Ⓒ
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