In this lab, we were measuring varying electrical currents and the effect they have on other variables. I am confused about the predictions questions 4 and 5 are asking for. Please help me and explain why it is happening!

Part I - Varying the Current: IA 12 current * trendline w slope Table 1 56 72 No. of Length, Current, Change in Magnetic Force, Magnetic F = [ ) Magnets, n I. mass FB Field, B (m) (A) (Kg) jewish do all (N) 0 3- non (T) F B = IL 2 0005 kg 0. 042 0. 04905 5839 5 .0008 kq 0.07848 6229 4 . 001kg 0 . 108 Jongame 1. 1 9 40429 5 . 0013 kg 0. 127 6048 it brose b 1.3g 6 0015kg 0. 147 5833 1.5 9IN Average value of the magnetic field . 40756 1 What is the nature of the relationship between the Force and the Current? As current increases, magnetic force also increase S.DrewMe DAY 2 What does this tell us about how changes in the current will affect the force acting on a wire that is inside a magnetic field? The two are directly related. when the current changes, 43 the force will change in the same directionPhysics 124 Lab Manual 3 Calculate the slope of the graph. From the value of the slope determine the magnetic field of the magnetic assembly. y= 0. 02 44 x is the slope. . 0244 20m - 042 : 58095 T 4 Describe how your observations would change if the direction of the current were in the opposite direction. our observations would cheese as the currant will now flow from negative to positive . 5 Describe how your observation would change if the permanent magnetic assembly were rotated 180 that is, if the direction of the magnetic field was in the opposite direction. If the direction of the magnetic field was opposite the magnetic field, will repel. has arent increases 6 . How does the average value of the magnetic field compare to the magnetic field obtained from the slope of the graph? solongam a mi el If nodw elast in ledis The magnetic field obtained from the slope was 0 . 02uel T less than the average calculated. 44