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(1) into page Right hand rules training (plotted on 2D) (3) Force on Current I B B Find B intrinsic (6) Force on current I A AB INC out of page V (2) (9) Force on moving charge q>0 I If unstated, charges are assumed to be positive Find B intrinsic (4) Force on current I B (7) Force on current I (5) Force on current I (10) Force on moving charge q>0 (8) Force on current I B B (11) Force on moving charge q>0 B

(1) into page Right hand rules training (plotted on 2D) (3) Force on Current I B B Find B intrinsic (6) Force on current I A AB INC out of page V (2) (9) Force on moving charge q>0 I If unstated, charges are assumed to be positive Find B intrinsic (4) Force on current I B (7) Force on current I (5) Force on current I (10) Force on moving charge q>0 (8) Force on current I B B (11) Force on moving charge q>0 B

College Physics
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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Using the right hand rule, what direction is the force going for question 6-10

**Right Hand Rules Training (Plotted on 2D)** In this training, the diagrams illustrate the application of the right-hand rule for determining directions of magnetic fields, currents, and forces in physics. If unstated, charges are assumed to be positive. **Symbols Key:** - \( \otimes \): Into the page - \( \odot \): Out of the page **Diagrams and Descriptions:** **(1)** Find \( B_{\text{intrinsic}} \) for a current \( I \) flowing upwards (arrow pointing up). **(2)** Find \( B_{\text{intrinsic}} \) for current \( I \) directed into the page (represented by the \( \otimes \) symbol). **(3)** Force on Current \( I \): A vertical current \( I \) is surrounded by a magnetic field (indicated by five \( \otimes \) symbols, pointing into the page). The direction of force must be determined. **(4)** Force on Current \( I \): Three horizontal lines represent the magnetic field \( B \), pointing to the right, while the current \( I \) flows upward. **(5)** Force on Current \( I \): The current \( I \) flows upward at an angle, while the magnetic field \( B \) is directed downward and to the right. **(6)** Force on Current \( I \): A rightward current \( I \) crosses vertical magnetic field lines \( B \). **(7)** Force on Current \( I \): Current \( I \) moves diagonally downward through a magnetic field out of the page (represented by five \( \odot \) symbols). **(8)** Force on Current \( I \): Current \( I \) moves diagonally upward through a magnetic field out of the page. **(9)** Force on Moving Charge \( q > 0 \): A charge moving with velocity \( v \) enters a magnetic field \( B \) directed to the right at an angle. **(10)** Force on Moving Charge \( q > 0 \): Velocity \( v \) moves perpendicular to a magnetic field \( B \) directed upwards. **(11)** Force on Moving Charge \( q > 0 \): A charge with horizontal velocity \( V \) moves through a magnetic field going out of the page, illustrated by \( \odot \) symbols. Use the right-hand
Transcribed Image Text:**Right Hand Rules Training (Plotted on 2D)** In this training, the diagrams illustrate the application of the right-hand rule for determining directions of magnetic fields, currents, and forces in physics. If unstated, charges are assumed to be positive. **Symbols Key:** - \( \otimes \): Into the page - \( \odot \): Out of the page **Diagrams and Descriptions:** **(1)** Find \( B_{\text{intrinsic}} \) for a current \( I \) flowing upwards (arrow pointing up). **(2)** Find \( B_{\text{intrinsic}} \) for current \( I \) directed into the page (represented by the \( \otimes \) symbol). **(3)** Force on Current \( I \): A vertical current \( I \) is surrounded by a magnetic field (indicated by five \( \otimes \) symbols, pointing into the page). The direction of force must be determined. **(4)** Force on Current \( I \): Three horizontal lines represent the magnetic field \( B \), pointing to the right, while the current \( I \) flows upward. **(5)** Force on Current \( I \): The current \( I \) flows upward at an angle, while the magnetic field \( B \) is directed downward and to the right. **(6)** Force on Current \( I \): A rightward current \( I \) crosses vertical magnetic field lines \( B \). **(7)** Force on Current \( I \): Current \( I \) moves diagonally downward through a magnetic field out of the page (represented by five \( \odot \) symbols). **(8)** Force on Current \( I \): Current \( I \) moves diagonally upward through a magnetic field out of the page. **(9)** Force on Moving Charge \( q > 0 \): A charge moving with velocity \( v \) enters a magnetic field \( B \) directed to the right at an angle. **(10)** Force on Moving Charge \( q > 0 \): Velocity \( v \) moves perpendicular to a magnetic field \( B \) directed upwards. **(11)** Force on Moving Charge \( q > 0 \): A charge with horizontal velocity \( V \) moves through a magnetic field going out of the page, illustrated by \( \odot \) symbols. Use the right-hand
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