Skill set for this LAB:

• Use Top-Down Design
• Lists, Functions and TWO-DIMENSIONAL LISTS
• Testing programs

Use the following statement for List initialization:
a = [[ 0 for i in range(COL)] for j in range(ROW)]
The above line will create a list of ROW rows and COL columns and assign value 0 to each element

• Problem 1: Write a program that randomly generates the 2-dimensional list. Make sizes of the list user input. Program prints the list in 3 different ways: all elements on different rows, each row on separate line, and list form ([[ first row], [second row]...[..]]

• Problem 2: Write a program that randomly generates the 2-dimensional list. Make sizes of the list user input. Program prints all odd elements, finds the number of odd elements, their average and sum. Make a one-dimensional list of all odd elements. Have a separate function that counts odd elements. Use the return value, counter, to decide on calling function average and sum. Only if there are odd elements, you can calculate the average and sum

• Problem 3: Write a function that finds and returns the number of even and number of odd elements in 2-dimensional list, their sums and averages. Write main to test your program. Pay attention, if there are no even elements or no odd element, the first return value will be 0, the sum and average could be any numbers and you would need to use if statemet to print correct results.

• Problem 4: Write a function that finds and returns the number of elements that are divisible by 3. Function also creates and returns the new ONE-DIMENSIONAL list that includes all elements that are divisible by 3. Write main to test your program

• Problem 5: Snow in February: snow data will be stored in 2d list 4 by 7 4 weeks 7 days generate data randomly. Find the day and week with max amount of snow. Bonus: If there are several weeks with the same max find all days and weeks

• Problem 6: Randomly generate a 2d list of characters make row and col also randomly generated and print the list.

  Find the following - write separate function:

  • 1. number of lower case letters in 2d list
  • 2. number of lower case letters in EACH ROW - create 1D list to hold this info and return it
  • 3. Find the row with max number of lower case letters
  • 4. Find the number of lower case letters on the MAIN DIAGONAL
  • 5. Find the number of lower case letters on the Secondary diagonal
    For 4 and 5 assume that the row = col

• Problem 7: Write a program that asks user to enter the number of family members with Facebook account, their names, and the number of hours they spend on Facebook per day during the weekdays. The program finds the total number of hours per family member and the family member who spend the most time on Facebook. Store hours in 2-d list. One rows stores hours for one family member. The number of rows is the number of family members, the number of columns is 5 in our example (there are 5 weekdays). Store family names in additional 1-d list.