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XX X X 4.44 T 2.22 T X||X X X 45.0 cm X X X X • X X X X • 45.0 cm 45.0 cm X X

XX X X 4.44 T 2.22 T X||X X X 45.0 cm X X X X • X X X X • 45.0 cm 45.0 cm X X

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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What is the magnetic (in Wb) flux through the loop shown above? 

The image depicts a rectangular loop positioned within a magnetic field. The magnetic field is represented using 'X' and dot symbols, indicating different directions of the field lines. **Details:** - **Magnetic Field Strength:** - Within the left section of the loop, the magnetic field strength is 4.44 Tesla (T). - In the right section of the loop, the magnetic field strength is 2.22 Tesla (T). - **Dimensions of the Loop:** - The height of the rectangle is 45.0 cm. - The width of each section of the rectangle (left and right) is also 45.0 cm. The magnetic field lines shown as 'X' indicate that the field is directed into the plane of the diagram, while dots (•) indicate the field is directed out of the plane. The copper-colored line represents the boundary of the rectangular loop, which encloses two distinct regions with different magnetic field strengths.
Transcribed Image Text:The image depicts a rectangular loop positioned within a magnetic field. The magnetic field is represented using 'X' and dot symbols, indicating different directions of the field lines. **Details:** - **Magnetic Field Strength:** - Within the left section of the loop, the magnetic field strength is 4.44 Tesla (T). - In the right section of the loop, the magnetic field strength is 2.22 Tesla (T). - **Dimensions of the Loop:** - The height of the rectangle is 45.0 cm. - The width of each section of the rectangle (left and right) is also 45.0 cm. The magnetic field lines shown as 'X' indicate that the field is directed into the plane of the diagram, while dots (•) indicate the field is directed out of the plane. The copper-colored line represents the boundary of the rectangular loop, which encloses two distinct regions with different magnetic field strengths.
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