Q5-A student investigating the motor effect places a wire between two magnets on a holder, as shown in the photograph. (

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Q5-A student investigating the motor effect places a wire between two magnets on a holder, as shown in the photograph. (

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Q5 A Student Investigating The Motor Effect Places A Wire Between Two Magnets On A Holder As Shown In The Photograph 1
Q5 A Student Investigating The Motor Effect Places A Wire Between Two Magnets On A Holder As Shown In The Photograph 1 (34.91 KiB) Viewed 10 times
Q5-A student investigating the motor effect places a wire between two magnets on a holder, as shown in the photograph. (AC 1.2) BOBA 4+-+ Figure 2.20 Cument balance experiment cm inflexible wire top-pan balance The arrangement is placed on a digital balance calibrated to display force. The reading on the balance is 1.4776 N. When there is a current of 0.82 A in the wire, the reading on the balance becomes 1.4772 N. (a) Determine the magnetic field density between the two magnets. Length of wire in the field = 5.0
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