This quiz involves determining the Bohr magneton from measurements Fabry-Perot ring diameters. The table shows a set of areal-difference ratio as a function of magnetic field, with their standard deviations. Use these data to answer the two questions in this quiz. B(T) 6/4 a 0.3095 0.1276 0.0251 0.4226 0.1682 0.0148 0.5190 0.2164 0.0140 0.6256 0.2856 0.0273 0.7216 0.3159 0.0244 0.8329 0.3935 0.0527Fit the data using linear regression (constant slope m, plus y-intercept b). Be sure to weight your fit by the standard deviation of each data point. (To weight a fit in Logger Pro or Graphical Analysis use the "Analyze" tab and "Weight Column" drop-down menus. The usual weighting function uses the inverse of the variance (1/ 62) for each data point.) The resulting slope is: m = 1/T.Suppose the slope you obtained from Q 1 was m = 0.404 1/T. Using this slope the measured Bohr-magneton is: HB = _ x 10 24 J/T