Select one of your ramp designs for further testing. Set friction to none for all of your trials. During the testing process, you will determine the lowest starting height from which the skater can start to successfully complete the ramp from start to finish. Record the results for all three trials in the data chart below. I chose ramp design # for further testing. Test Starting Height of Skater (meters) Height of Highest Potential Energy (meters) Height of Highest Kinetic Energy (meters) Outcome: Successful or Unsuccessful Run? 1 2 3

The weight of 46 new patients of a clinic from the year 2018 are recorded and listed below. construct a frequency distribution, using 7 classes. then, draw a histogram, a frequency polygon, and an ogive for the data, using the relative information from the frequency table for each of the graphs. describe the shape of the histogram. data set: 130 192 145 97 100 122 210 132 107 95 210 128 193 208 118 196 130 178 187 240 90 126 98 194 115 212 110 225 187 133 220 218 110 104 201 120 183 124 261 270 108 160 203 210 191 180 1) complete the frequency distribution table below (add as many rows as needed): - class limits - class boundaries - midpoint - frequency - cumulative frequency 2) histogram 3) frequency polygon 4) ogive