O Part 1: B-Field around a current-carrying wire The diagram below shows a wire with its current coming out of the screen. For the various points around it, choose the direction of the magnetic field created by the current. no E-field O no E-field Choose O Part 2: Direction of B-field due to currents The diagram below shows four wires and the direction of the current in each wire. For each wire, determine the direction of the B-field it creates at point P. Direction of BA at P: Choose direction B Direction of B, at P: Choose direction Direction of Bc at P: Choose direction Direction of Bp at P: Choose direction 14 O Part 3: Mathematical relationship for the B-Field due to a current The B-field at point P (due to the current-carrying wire shown below) is 4 T. Determine what the B-field will be at a point that is 8 times closer to the wire than point P. P If the wire is replaced by one with 61 times less current, what will be the B-field at P?

O Part 1: B-Field around a current-carrying wire The diagram below shows a wire with its current coming out of the screen. For the various points around it, choose the direction of the magnetic field created by the current. no E-field O no E-field Choose O Part 2: Direction of B-field due to currents The diagram below shows four wires and the direction of the current in each wire. For each wire, determine the direction of the B-field it creates at point P. Direction of BA at P: Choose direction B Direction of B, at P: Choose direction Direction of Bc at P: Choose direction Direction of Bp at P: Choose direction 14 O Part 3: Mathematical relationship for the B-Field due to a current The B-field at point P (due to the current-carrying wire shown below) is 4 T. Determine what the B-field will be at a point that is 8 times closer to the wire than point P. P If the wire is replaced by one with 61 times less current, what will be the B-field at P?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

O Part 1: B-Field around a current-carrying wire
The diagram below shows a wire with its current coming out of the screen. For the various points around it, choose the direction of the magnetic
field created by the current.
no E-field O
no E-field
Choose
O Part 2: Direction of B-field due to currents
The diagram below shows four wires and the direction of the current in each wire. For each wire, determine the direction of the B-field it creates at
point P.
Direction of BA at P: Choose direction
B
Direction of BB at P: Choose direction
Direction of Bc at P: Choose direction
Direction of Bp at P: Choose direction
O Part 3: Mathematical relationship for the B-Field due to a current
The B-field at point P (due to the current-carrying wire shown below) is 4 T. Determine what the B-field will be at a point that is 8 times closer to
the wire than point P.
P
If the wire is replaced by one with 61 times less current, what will be the B-field at P?

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