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(31%) Problem 1: Your apprentice electrician has been instructed to locate a long, straight vertical, current carrying wire inside a wall. The wire carrios a DC current of 7-103A The electrician knows that the materials used to construct the wall do not change the magnetic permeability. In his toolbox, the electrician has an orienteering compass and a very sensitive magnetic field sensor in this problem, recall that I G-1011 current carrying Wiré Otheexperta.com 20% Part(a) How far from the wire (in cm) would the magnetic field due to the current be exactly I Gauss?
20% Part(a) How far from the wire (in cm) would the magnetic field due to the current be exactly I Gauss? Grade Summary Deductions 04 Potential 10045 71819 E 456 sin) cos tan cotan asin) acos) atan acotan sinh). cosho tình ) cotanbo Degrees Radians Submissions Attempts mang 5 per attempt des 0 +- VO Subenit Hit Τμήνε την Hinta: 3 deduction per hunt. Hints remaining Feedback: 2 deduction per feedback 4 20% Part (6) The blueprints spocity that the current carrying wire is supposed to be at a depth of n 11.5em from the surface of the wall Calculate the magnetic field strength (in Gauss) at a distance - 11.7cm from the wire A 2096 Part(c) The electrician polls out his orienteering compass to try to locate the wire using the magnetic field from it. As his supervisor, why would you recommend that he put his compass back in the toolbox? A 2096 Part (d) The electrician es his magnetic field sensor to locate a point on the wall with the strongest magnetic field caused by the current carrying Wire. If he moves his sensor up from this spot, what will the reading on his sensor indicate? A 2096 Part() The electrician measures that the maximum field strength at the surface of the wall in B-1.27 Ass. Calculate the actual depth of the wire (in cm) from the wall sudace