ii. What is the integral - ds along the top and bottom horizontal legs of the Amperian loop? Hint: think about the angle between 5 and ds along these legs. iii. What is the integral 5 d along the right leg of the Amperian loop, i.e., inside the solenoid? Answer in terms of the unknown 8 and H, b and/or 7. b. What is the current going through the rectangle? Answer in terms of I, n, H, b and/or r. BR 0 H 1 (out) c. Use your results above and apply Ampere's law to find the magnetic field inside the solenoid. ***** ***** BA0 n tums per length 1 (in)
ii. What is the integral - ds along the top and bottom horizontal legs of the Amperian loop? Hint: think about the angle between 5 and ds along these legs. iii. What is the integral 5 d along the right leg of the Amperian loop, i.e., inside the solenoid? Answer in terms of the unknown 8 and H, b and/or 7. b. What is the current going through the rectangle? Answer in terms of I, n, H, b and/or r. BR 0 H 1 (out) c. Use your results above and apply Ampere's law to find the magnetic field inside the solenoid. ***** ***** BA0 n tums per length 1 (in)
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part b and c please
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