# print(find_most_frequent_keyword(index)) # where 'ucf' has only 1 (in this example) # should return 'quantum' because its accompanying URL list has 2 elements, # a keyword and another list of website URLs in which this keyword appears # we can explain this index as a list of lists, each containing # for instance, assume that the index has been built as follows: # as input and returns the keyword that appears most often in web pages # takes a pre-built index (see week 4/5 lecture notes) # Define a function, find_most_frequent_keyword, that Main() Solution Problem 2 # Name: TA Solution (by James Cary, edited by Matt Hyman) Print('original list: ', test_list, 'and its reversed version:', reverse_list(test_list)) # you have to use/include the following code below # to test your implementation of reverse_list, #loop through list in reverse order to make a new list # meaning that the list a was NOT MUTATED # You are not allowed to use the Python built-in method reverse() # Make sure that you DO NOT MUTATE the input list!!! # and returns a new list in which all the Python Homework 4 due: 02/06 out: 01/31 Solution Problem 1 # Name: TA Solution (by James Cary, edited by Matt Hyman) The solutions for all homeworks are available below. For instance, use math.pi instead of 3.14. If using mathematical constants, import them from the math library. Do not copy any output from the shell into the file. The python file must be able to be executed directly. Note: if main is defined but not called, then no credit will be given for the assignment as no code is actually executed. For instance:Įach program is to have a main method that is executed with all the other code being called by main. Code should contain comments for each section of code.Each file is to start with a header comment formatted like:.For instance, submit the file called hw2_p1.py for homework 2 problem 1. Each problem is to be submitted as its own.Read the chapter 5, 6, and 7 of the Knights Programming Book and the corresponding lectures notes. To run the program, select Build -> Build and run. Copy and paste the program below into the Code::Blocks editor and save it as hello.c (File -> Save file as). You can download the installer by clicking under "Download from".īelow is a screenshot of what you should see once you're at Īfter installing Code::Blocks, launch Code::Blocks and start editing a file (go to File -> New -> Empty file). Go to and download Code::Blocks IDE (integrated development environment).įor instance, if you are running Windows, then choose. Check out the files in this directory C Homework 5 - due 04/11Ĭheck out the files in this directory C Homework 4 - due 04/04Ĭheck out the files in this directory C Homework 3 - due 03/21Ĭheck out the files in this directory pdf-format /ĭoc-format C Homework 0 - complete by 02/21
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