If you expected Old Faithful to erupt every hour, you would expect to wait a total...

  

Transcribed Image Text:

If you expected Old Faithful to erupt every hour, you would expect to wait a total of 60 • k minutes to see k eruptions. Set difference_from_expected to an array with 272 elements, where the element at index i is the absolute difference between the expected and actual total amount of waiting time to see the first i+1 eruptions. Hint: You'll need to compare a cumulative sum to a range. For example, since the first three waiting times are 79, 54, and 74, the total waiting time for 3 eruptions is 79 + 54 + 74 = 207. The expected waiting time for 3 eruptions is 60 3= 180. Therefore, difference_from_expected.item(2) should be 1207- 1801 = 27. In [10]: difference_from_expected = | difference_from_expected If you expected Old Faithful to erupt every hour, you would expect to wait a total of 60 • k minutes to see k eruptions. Set difference_from_expected to an array with 272 elements, where the element at index i is the absolute difference between the expected and actual total amount of waiting time to see the first i+1 eruptions. Hint: You'll need to compare a cumulative sum to a range. For example, since the first three waiting times are 79, 54, and 74, the total waiting time for 3 eruptions is 79 + 54 + 74 = 207. The expected waiting time for 3 eruptions is 60 3= 180. Therefore, difference_from_expected.item(2) should be 1207- 1801 = 27. In [10]: difference_from_expected = | difference_from_expected

Answer rating: 100% (QA)

Assumptions waitingtimes array is taken as input from user include i... View the full answer