Short problems: 7:00 PM, Wednesday, Sep 4 OCA-1 Video: 11:00pm Saturday Aug 31 Long problems: 7:00 PM, Saturday, Sep 7
This assignment aims to review various Python concepts covered in CSc 110—specifically:
reading from a file; lists; 2-D lists (lists of lists); simple conditionals and loops; and
functions (including passing values into and out of functions).
General Requirements
You do not need to provide comments for the short problems.
For the long problems, your code should follow the style guidelines
for the class. Your long programs must define a main() function. For reference, see the 01_Python_review lecture slides, from slide 110 to 114.
You may not use Python material not presented in class.
Each long problem specification lists the language contructs that you are not allowed to use. If you don't know what any of those are, don't worry, because you cannot use them accidentally.
Submit the following files to
Gradescope:
Note: The autograder on Gradescope will not be available until Tuesday, Sep 3.
NOTE: use underscores in the file names, not dashes.
word_grid.py word_search.py
Short Problems (Due 7:00pm Wed, Sep 4)
(20 points)
These problems have to be solved and submitted to CloudCoder. Use this link:
http://practice.cs.arizona.edu.
The process for turning in your solutions is as follows:
Log in with your UA netid and password.
Select Fall 24 on the pane on the left (click on the little triangle
on the left).
Select CSc 120 (click on the little triangle on the left).
A blue bar with "Assg 01" should appear in the left pane under the name of
the course. Click on this bar. This should cause seven problems to show
up under the middle pane (Exercises):
number2letter,
concat_elements (two problems),
column2list,
grid_is_square,
cv_match, and
max_consec_sum.
Select the problem you want to work on and click the button
Load exercise (top right of the pane).
Insert your code where it says "# your code here".
Click the button Run it! (bottom right) to run your code on
the test cases. The results will appear at the bottom of the screen.
The short problems for this assignment are the following:
