The following data represent the number of potholes on 35 randomly selected 1-mile stretches of highway around a (a) Construct a frequency distribution of the data. particular city. Complete parts (a) through (g) below. Potholes Frequency Number of Potholes 1 3 3 3 W N LOAN N OO- NOUA ON- (b) Construct a relative frequency distribution of the data. Potholes Relative Frequency 1 N 3 4 6 Round to two decimal places as needed.) (c) Using the results from part (b), what percentage of the stretches of highway have 3 potholes? % (Round to the nearest integer as needed.) (d) Using the results from part (b), what percentage of the stretches of highway have 5 or more potholes? 1%The following data represent (e) Construct a frequency histogram of the data. Choose the correct answer below. the number of potholes on 35 randomly selected 1-mile O A. O B. stretches of highway around a particular city. Complete Potholes Potholes parts (a) through (g) below. 127 127 Number of Potholes Frequency Frequency 3 3 1 3 6 1234567 1234567 Number of Potholes Number of Potholes NO 6 2 O C. OD. Potholes Potholes Ww A NO O W - 127 Frequency Frequency 1234567 1234 5 67 Number of Potholes Number of Potholesparts (a) through (g) below. (f) Construct a relative frequency histogram of the data. Choose the correct answer below. Number of Potholes 3 3 3 O A. O B. 6 Potholes Potholes 0.47 0.47 6 0.3- 2 7 0.3- Relative Frequency 0.2- 0.2- Relative Frequency 0.1- 0.1- NO 0- 123456 7 1234 56 7 Number of Potholes Number of Potholes O C. OD. Potholes Potholes 0.47 0.47 0.3- 0.3- Relative Frequency 0.2- Relative Frequency 0.1- 0.1- 123456 7 1234567 Number of Potholes Number of Potholes (g) Describe the shape of the distribution. Choose the correct answer below. O Skewed left O Bell-shaped O Skewed right O Uniform