Spiritual Airlines is operating a 200-seat flight from Phoenix to Boston during the peak holiday season, where demand far exceeds the number of available seats. Each plane ticket is priced at $350. Due to the high demand, the airline will be able sell all 200 tickets. Historically, however, some passengers fail to show up for their flights. The airline estimates that the number of no-show passengers follows a uniform distribution between 5 and 20. Assume there are no stand-by passengers, and the airline does not refund no-show tickets. For instance, if 10 passengers do not show up, the airline will fly with 190 passengers but still receive revenue for all 200 tickets sold. What is the airline’s revenue for this flight? Hint: Do not overthink this!

The shadow price of a constraint represents the change in the optimal objective value if the right-hand-side of the constraint increased by ________________.

In a randomized design study involving one factor, the F-statistic in ANOVA is calculated by dividing the __________ variance by the within-group variance.

Below are the results from a 3×5 factorial experiment with 150 observations in total. Please complete the table. Report df as an integer and all other values to one decimal place. df SS MS F Factor A 2 965.6 482.8 99.1 Factor B [a] [b] [c] [d] A*B 8 12.9 1.6 0.3 Error 135 657.6 4.9   Total [e] 2266.7    

Save your Excel file as “FirstInitialLastName – Midterm Exam.xlsx” (e.g., “TLekwijit – Midterm Exam.xlsx”) Submit Your Excel File. Failure to submit your Excel file for the Midterm Exam will result in an automatic 50% penalty on your final score.

You have a file students.txt with the following content: ID: 1234[Math:85, Science:90, English:88]ID: 5678[Math:78, Science:82, English:80]ID: 9101[Math:92, Science:88, English:91]Write a command line that would output: ID: 1234 [Math:85, Science:90, English:88]ID: 5678 [Math:78, Science:82, English:80]ID: 9101 [Math:92, Science:88, English:91]  

Write a function called get_sentence_one_hot that, given a sentence (represented as a list of word tokens) and a vocabulary (a unique list of tokens/words), returns a list of one-hot encoded vectors, where each word in the sentence is represented by a one-hot encoding based on the vocabulary. In this representation: Each word in the sentence is encoded as a one-hot vector, where the index corresponding to that word in the vocabulary is set to 1, and all other indices are set to 0.  If a word from the sentence does not appear in the vocabulary, it should be encoded as a vector of all zeros. Example: words = [“cat”, “dog”, “cat”, “zebra”]vocabulary = [“cat”, “dog”, “parrot”]get_sentence_one_hot(words, vocabulary) = [    np.array([1, 0, 0]),  # “cat” is the first word in the vocabulary    np.array([0, 1, 0]),  # “dog” is the second word in the vocabulary    np.array([1, 0, 0]),  # “cat” again    np.array([0, 0, 0])   # “zebra” is not in the vocabulary]  

A 60 yo diabetic client is being seen in the eye clinic and has an intraocular pressure (IOP) of 28 mm Hg. What action would the nurse anticipate?

Which instruction about preventing further infection would the nurse give to a patient with repeated sty (hordeolum) conjunctivitis?

A newly diagnosed patient with macular degeneration flings her book at the television set and furiously says, “I can’t read this blasted book, and I can’t see what is on the stupid TV!” Which definition of this behavior is correct?