A 스 B vs turns.ambl Vernier Graphical Analysis 0.250 0.225 0.200 0.175 0.150 LINEAR X-range: 36-144 y=mx+b m: 0.001731 b: 0.007692 0.125 0.100 0.075 0.050 40 40 • 50 60 00 70 80 8 100 110 10 1 X Data Set 1 144 A E 0.25 2 72 22 0.15 3 48 0.10 x 4 36 0.05 5 7 8 r: 0.9805 RMSE: 0.02057 9 10 20 120 130 140 *** How is magnetic field related to the turn density (turns per meter) of the solenoid? For example, are they directly proportional, inversely proportional, ...? Path: p Paragraph ▾ BIEE R For each of the measurements of Part II (B vs n), calculate the number of turns per meter. Enter these values in the data table below. You can read the initial setup and the procedure for Part II to determine how to calculate this. Use the same total number of turns as is Part I. Length of Solenoid (m) Turn Density (m1) Check 0.5 1.0 1.5 2.0 Determine the equation of the best-fit line, including the y- intercept. Note the constants and their units. The answer boxes below will occur in pairs. In the first of each pair, enter the numerical value; in the second enter the unit. Note the units on the axes of the graph. y= Check x+ What is the xpected value of the y-intercept of the B vs n graph? Answer: Check OmT From the slope of the linear fit of the B vs n graph, calculate the measured value of Ho. Answer: Check Calculate the percent difference between this value of μ0 and the expected value. Include % as the unit Answer: Check