Report_Magnetic_Forces

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University of Ontario Institute of Technology *

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Physics

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Apr 3, 2024

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Physics II Laboratory Faculty of Science, Ontario Tech University Report for Experiment PhyII-03: 1Magnetic Forces on Wires Student name_______________________ CRN___________ Date___________ Experiment 1: Force vs. Current # of Magnets: 6 Current Loop Length: 3.20 Table 1 Current Mass Mass difference Force (A) (grams) (grams) (mN) 0 165.218 0 0 0.5 165.275 0.057 1.0 165.391 1.5 165.498 2.0 165.598 2.5 165.703 3.0 165.810 3.5 165.978 4.0 166.022 4.5 166.131 5.0 166.218 B = ______________ Insert the Force vs. Current graph here. Experiment 2: Force vs. Current Loop Length # of Magnets: 6 Current I : 2.75 Mass with I = 0: 165.218 Table 2 Length Mass Mass difference Force (cm) (grams) (grams) (mN) 0 165.218 0 1.20 165.392 2.20 165.632 3.21 165.759 4.20 165.899 6.4 166.318 8.4 166.748 B = ________________ Insert the Force vs. Conductor Length graph here. Report for Experiment PhyII-03: Magnetic Forces on Wires Page 1 of 2

Physics II Laboratory Faculty of Science, Ontario Tech University Experiment 3: Force vs. Magnetic Field Current I : 2.5 Current Loop Length: 3.20 Table 3 Magnetic Field Mass m 0 I = 0 Mass m ' I > 0 Mass difference Force (# of magnets) (grams) (grams) m ' – m 0 (grams) (mN) 1 100.023 100.119 2 113.165 113.313 3 126.221 126.518 4 139.175 139.499 5 152.188 152.552 6 165.218 165.705 Insert the Force vs. Magnetic Field graph here. Final Analysis Proportionality expression: _________ Conclusion Report for Experiment PhyII-03: Magnetic Forces on Wires Page 2 of 2

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Related Questions

An ion that is singly charged, q=1.602x10º C, and has mass 2.3x1026 kg, enters the mass spectrometer shown right. The electric field has a value of 2,900 V/m while the magnetic field both inside and outside the velocity selector points into the page and has value of 0.060 T a) detector What will the value of the radius of the ion's obit be? B) In this layout would you be able to detect negatively charged ions? Why or why not?

Given: I1 = 6 A I2 = 4 A Wire 1 at (0, 4.5) mm Wire 2 at (6, 0) mm Point P at (6, 4.5) mm Questions: 1. Magnitude of magnetic field at point P in teslas? 2. Direction of magnetic field vector as measured in degrees counterclockwise from the +x axis?

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