11. Calculate Number of amps for Run 1 and 2 and place the answer in column C for Runs 1 and 2

12. The computer program claims the simulation is based on 4 amps, so using 4 amps calculate the magnetic field for Run 1 and Run 2 and place them in column D.

13. Using Run 3 data, 4 amps and a length of 30 cm calculate the number of turns in the coil and place the answer in Run 3 Column C.

14. Using Run 3 data 100 turns and a length of 30cm calculate the number of amps, placing your answer in Run 3 Column D

15. It should be clear that the computer programmer did something wrong, Find the simplest solution to this issue and do the calculations again using your assumption and redo the calculations for Run1 and Run 3 placing your calculations in Table 28 redoing runs 1 and Redoing Run 3 Columns C and D. If you have no clue look at the discussion forum and see if a classmate has a simple answer that will work for you.

 

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A B 1 calculate Magnetic Field [T] 3 Position [cm Magnetic Field Current (A] if current in wire is 4 amps 2 Run 1 Calculate 4 4 8. 1.05 12 0.683 16 0.485 20 0.392 0.34 8. 24 10 11 calculate Magnetic Field (T] if current in wire is 4 amps 12 Run 2 Calculate 13 Position (cm Magnetic Field Current 14 4 15 0.992 16 12 0.658 17 16 0.496 18 20 0.398 19 24 0.332 20 21 Calculate Calculate 22 Run 3 #of turns amps 23 Position (cm Magnetic Field using 4 amps given 100 turns 8.135 24 0.5 8. 137 8.139 25 26 1.5 27 2 8.141 28 2.5 8.116 29 redoing 30 runs 1 and 3 Run 1 31 32 calculate Magnetic Field 33 Redoing Run 1 34 Position (cm Magnetic Field Current (A] if current in wire is 4 amps Calculate 35 4 36 8. 37 12 38 16 39 20 40 24 41 42 43 44 45 46 47 Calculate Calculate # of turns 49 Position (cm Magnetic Field using 4 amps given 100 turns 48 Redoing Run 3 amps (A) 50 0.5 51 1 52 1.5 53 2 54 2.5 A B 1 calculate Magnetic Field [T] 3 Position [cm Magnetic Field Current (A] if current in wire is 4 amps 2 Run 1 Calculate 4 4 8. 1.05 12 0.683 16 0.485 20 0.392 0.34 8. 24 10 11 calculate Magnetic Field (T] if current in wire is 4 amps 12 Run 2 Calculate 13 Position (cm Magnetic Field Current 14 4 15 0.992 16 12 0.658 17 16 0.496 18 20 0.398 19 24 0.332 20 21 Calculate Calculate 22 Run 3 #of turns amps 23 Position (cm Magnetic Field using 4 amps given 100 turns 8.135 24 0.5 8. 137 8.139 25 26 1.5 27 2 8.141 28 2.5 8.116 29 redoing 30 runs 1 and 3 Run 1 31 32 calculate Magnetic Field 33 Redoing Run 1 34 Position (cm Magnetic Field Current (A] if current in wire is 4 amps Calculate 35 4 36 8. 37 12 38 16 39 20 40 24 41 42 43 44 45 46 47 Calculate Calculate # of turns 49 Position (cm Magnetic Field using 4 amps given 100 turns 48 Redoing Run 3 amps (A) 50 0.5 51 1 52 1.5 53 2 54 2.5