Part 1 Lab 7.pdf - Current Balance Date Name Part 1 Force...

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Current Balance Date: Name: Part 1: Force vs. Current \,ulf� I Data: _,, ( '\, � I C\, ( II ( I� Length of Wire in Current Loop: Actual Mass of the Magnet Assembly: I({ ,cWJ-) CURRENT APPARENT MASS {Amperes) WITH CURRENT (arams) 0-0 t ().()117 � b i (). 3cl i 0 .Q's , t r ., b i 0 .17 t 0 .o �lI i' f) i 0. rJ I . ' y t 0. 0?11 i . 1 f i I· f f'1 t 0 · 0 f 1.f</ .q (, i ').. 0 Y i V u l I f C\ · f I Analysis: 1.Using the actual mass of the magnet assembly, calculate the actual weight of the magnet assembly, in Newtons. ) 0 f o.o s f cJ .o J VO f i o. or N 2.Using the apparent mass of the magnet assembly (with some current running), show one sample calculation forfinding the apparent weight of the magnet assembly, in Newtons. Fill in the results for the remaining currents,in the table on the next page.:1 : H,, 7 3.Using the apparent weight and actual weight of the magnet assembly, show one sample calculation for findingthe magnetic force on the magnet assembly, in Newtons. Fill in the results for the remaining currents, in thetable on the next page.
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