I'm struggling w this problem

St Use the magnitudes, rounded to three decimal places, of the 100 earthquakes included in the accompanying data set to construct a frequency distribution. The magnitudes are measured on the Richter scale. Use a class width of 0.5 and begin with a lower class limit of St 1.0. Does the frequency distribution appear to be a normal distribution? Click the icon to view the earthquake magnitudes. D - X Earthquake magnitudes el Construct the frequency distribution. St Magnitude Magnitudes (Richter) Frequency 2.452 3.618 3.058 3.303 1.092 Vi 1.0- 3.096 2.990 2.577 2.437 2.912 3.378 2.827 2.438 2.562 2.793 2.176 3.010 2.713 2.442 1.642 A 2.443 1.971 2.317 2.780 1.941 2.400 2.120 1.694 2.387 3.311 2.790 2.411 2.271 2.210 2.030 PI 2.460 1.959 2.468 2.400 2.074 2.058 2.347 2.067 1.909 1.913 C 3.259 2.620 2.341 1.437 2.946 3.198 2.309 3.104 2.849 2.341 2.988 1.803 2.758 1.733 2.889 3.127 2.370 3.272 1.994 2.201 (Type integers or decimals. Do not round.) 1.831 2.158 2.637 2.337 2.194 2.571 2.267 3.124 2.322 3.777 3.281 2.488 2.000 2.706 3.373 2.514 2.332 3.099 4.687 3.859 3.843 3.962 2.969 2.878 4.100 2.757 3.029 3.331 3.400 2.841 Help me solve this View an example Get I 3.373 2.789 3.463 2.700 2.917 er This course (MAT 181 Statistics SP22) is based on Triola Elementary Statistics 14e