previous | 5 of 121 next Exercise 28.45 - Enhanced - with Solution Part A A sole

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previous | 5 of 121 next Exercise 28.45 - Enhanced - with Solution Part A A solenoid that is 39.0 cm long and contains 440 circular coils 2.60 cm in diameter carries a 1.90 A current. What is the magnetic field at the center of the solenoid, 0.600 cm from the coils? B: 2.69x103 T You may want to review ( pa Submit My Answers Give Up For related problemsolving tips and strategies, you may want to view a Video Tutor Solution of Field of Correct IDENTIFY. We treat the solenoid as being ideal SET UP: At the center of an ideal solenoid. Bsolenoid-Aon1-Ao straight wire, Buire 2 EXECUTE: Bsolenoid T1 . A distance r from a long EXECUTE Bsolenoid(4× 10 7T.m/A) (0.340 ) (1.00A) 2.60x10 3T 0.35 m Part B Suppose we now stretch out the coils to make a very long wire carrying the same current as before. What is the magnetic field 0.600 cm from the wire? Bwire6.33x105 T Submit My Answers Give Up Correct 7T-Tn/A)(1.90A)-6.33× 10 2n(1.0× 10 ( 5T 4× 10 Burire 2 m) Part C Is the magnetic found in part B the same as you found in part A? Why or why not? Essay answers are limited to about 500 words (3800 characters maximum, including spaces) 3800 Character(s) remaining Submit My Answers Give Up ide Feedbac Continue

Explanation / Answer

Part C; As shown in the solution itself the values of B in both the parts of the questions are not the same because of the following reasons:

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