In Python: Given the name of a text file that is read from user input and contains student scores, complete a program to perform the following tasks: Load student scores from the text file into a NumPy array. Calculate the median and average of the student scores. Curve the student scores by adding the difference of 100 and the maximum score (100 - max) to each score. As a result, the new maximum score would become 100. Output the median and average scores with two digits after the decimal point. Output the curved scores as a NumPy array. End the last output with a newline. Follow the output format as shown in the example below. Note: Different input text files will be used by the auto-grader. The number of student scores in each file may vary. Ex: If the input of the program is: scores.txt the output is: Median = 73.00 Average = 73.32 Curved scores = [ 70 95 84 68 98 73 67 88 73 100 79 92 100 83 98 85 100 85 77 95 99 81 69 74 75]
In Python: Given the name of a text file that is read from user input and contains student scores, complete a program to perform the following tasks: Load student scores from the text file into a NumPy array. Calculate the median and average of the student scores. Curve the student scores by adding the difference of 100 and the maximum score (100 - max) to each score. As a result, the new maximum score would become 100. Output the median and average scores with two digits after the decimal point. Output the curved scores as a NumPy array. End the last output with a newline. Follow the output format as shown in the example below. Note: Different input text files will be used by the auto-grader. The number of student scores in each file may vary. Ex: If the input of the program is: scores.txt the output is: Median = 73.00 Average = 73.32 Curved scores = [ 70 95 84 68 98 73 67 88 73 100 79 92 100 83 98 85 100 85 77 95 99 81 69 74 75]
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