Oentz Force Force on current-carrying conductors in a magnetic field One conductor Magnet A CIC SCENTIFIC COL INC. BCO O.C. POWER SUPPLY EPSLO 450 AMPERES DC. 400 350 150 300 200 250 Direct Measurement Video @ 2016 Pivot Interactives MAGNET NUMBER OF CONDUCTORS A 1 Change K1. This data table and graph are positioned next to the video so you can make all your measurements and record/analyze . Saved data. Use this data table and graph to complete the question below. Current Force (A1)-g Force (A1)-N Force (B1)-g Force (B1)-N A variable variable N variable variable N variable 1 0 0 0.000 0 0.00 2 2.5 5 0.04900 8 0.784 3 5 8 0.07840 14 1.37 4 7.5 12 0.1176 20 1.96 5 10 16 0.1568 25 2.45 6 12.5 20 0.1960 30 2.94 7 15 24 0.2352 40 3.92Force (A1)-g, Force (B1)-g vs Current v 40 35 30 25 20 Force (A1)-g (g), Force (B1)-g (g) 10 -5 12 14 4 6 10 Current (A) |Display Curve Fit Uncertainties Force (A1)-g Curve: Force (B1)-g Curve: y = Ax + B y = Ax + B A : 1.57 + 0.0286 A : 2.50 0.107 B : 0.357 + 0.258g B : 0.821 + 0.962g RMSE : 0.378 g RMSE : 1.41g r : 0.999 7 : 0.9952. Design an experiment to determine the relationship between the force on the conductor and the amount of current. In the space below. describe your procedure and results including: 1. What were your independent and dependent variables? 2. Which quantities did you hold constant? 3. What did you measure? 4. What data did you plot? 5. HowI did you analyze the data to determine the relationship? 6. What is your final expression for the relationship