Two colis are placed such that the longer coil (Coil #1) is placed inside of the shorter coil (Coil #2). The coils are both wound in the same direction (couterclockwise) and a current of 0.25 AA travels through the coils in the same direction. This situation is roughly illustrated in the figure below (although the number of turns, length, and radius in the image is NOT accurate or to scale)Coil #1 has 536 turns wrapped over a length of L1= 8.2cm and has a radius of 1.5cm . Coil #2 has 109 turns wrapped over a length of L2=2.0 cm and has a radius of 5.5 cm . Part ATwo colis are placed such that the longer coil (Coil #1) is placed inside of the shorter coil (Coil #2). The coils are both wound in the same direction (couterclockwise) and a current of 0.25 A travels through the coils in thesame direction. This situation is roughly illustrated in the figure below (although the number of turns, length, and radius in the image is NOT accurate or to scale)Coil #1 has 536 turns wrapped over a length of L1 = 8.2 cm and has a radius of 1.5 cm. Coil #2 has 109 turns wrapped over a length of L2 =2.0 cm and has a radius of 5.5 cm.B =O 5.9x10-³ TO 1.7x10-³ TO 2.4x10-³ TO 2.1×10-³ TO 3.8x10-³ TSubmit1₁Request Answer12L₁Considering only the solenoid approximation given by B = HonI and the circular loop equation given by B = HONI which value will best represent the strength of the magnetic field inside and at the center of Coil #1for the situation described above?2rReviewL₂Constants

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Answered: such that the longer coil (Coil #1) is…

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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Two colis are placed such that the longer coil (Coil #1) is placed inside of the shorter coil (Coil #2). The coils are both wound in the same direction (couterclockwise) and a current of 0.25 AA travels through the coils in the same direction. This situation is roughly illustrated in the figure below (although the number of turns, length, and radius in the image is NOT accurate or to scale)

Coil #1 has 536 turns wrapped over a length of L1= 8.2cm and has a radius of 1.5cm . Coil #2 has 109 turns wrapped over a length of L2=2.0 cm and has a radius of 5.5 cm .

Part A
Two colis are placed such that the longer coil (Coil #1) is placed inside of the shorter coil (Coil #2). The coils are both wound in the same direction (couterclockwise) and a current of 0.25 A travels through the coils in the
same direction. This situation is roughly illustrated in the figure below (although the number of turns, length, and radius in the image is NOT accurate or to scale)
Coil #1 has 536 turns wrapped over a length of L1 = 8.2 cm and has a radius of 1.5 cm. Coil #2 has 109 turns wrapped over a length of L2 =2.0 cm and has a radius of 5.5 cm.
B =
O 5.9x10-³ T
O 1.7x10-³ T
O 2.4x10-³ T
O 2.1×10-³ T
O 3.8x10-³ T
Submit
1₁
Request Answer
12
L₁
Considering only the solenoid approximation given by B = HonI and the circular loop equation given by B = HONI which value will best represent the strength of the magnetic field inside and at the center of Coil #1
for the situation described above?
2r
Review
L₂
Constants

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