by Olga Patrakova
| Filename | Descirption |
|---|---|
| 140_characters_long.py | Create news_ticker that is exactly 140 characters long |
| check_for_prime_numbers.py | Check if each number is a prime number in a list and show an appropriate result |
| count_fruits_in_basket.py | Counts only fruits in different baskets |
| create_html_list.py | Create a single string which is an HTML list |
| create_usernames.py | Create a usernames list |
| director_with_most_oscar_wins.py | Provide a list with the name(s) of the director(s) with the most Oscar wins |
| enumerate.py | Modify the cast so that each element contains the name followed by the character's corresponding height |
| extract_first_names.py | Create first_names containing just the first names in lowercase |
| factorials_with_for_loops.py | Use a for loop to find a factorial |
| factorials_with_while_loops.py | Use a while loop to find a factorial |
| filter_names_by_scores.py | Create a list of names that only include those that scored at least 65 |
| fruit_basket.py | Find the number of fruits in a basket |
| fruits_and_other_items.py | Count fruits and other items in a basket |
| keys_and_values_of_actors_dict.py | Show actors’ names and their roles |
| modify_usernames_with_range.py | Create usernames with underscores |
| oscar_wins_and_nominations.py | Count the Oscar nominations and wins for each director |
| tag_counter.py | Count how many of tokens are XML tags |
| tax_purchase.py | Assure that a purchase is taxed by the right amount |
| unzip_tuples.py | Define names and heights, unzipping tuples |
| which_prize_quiz.py | Having the number of points, define your prize |
| zip_coordinates.py | Specify the label and coordinates of each point in a string |
| zip_lists_to_dictionary.py | Create cast with names and heights for each corresponding name |
| consecutive_run.py | Find the longest consecutive run of sequence of integers entered by a user |
| copy_of_2Darray.py | Create a copy of an existing two-dimensional array a[][] if a[][] is rectangular |
| copy_of_2Dragged.py | Create a two-dimentional array b[][] that is a copy of an existing two-dimentional array a[][] if a[][] is ragged |
| deviation_extention.py | Write the mean (average value) and standart deviation of n floats from standard input |
| filter_consecutive_run.py | Create a filter that reads in a sequence of integers and writes the integers, removing repeated values that appear consecutively |
| matrices_multiplication.py | Dot product of 2 rectangular matrices. The number of columns in the first matrix must be equal to the number of rows in the second matrix |
| missing_integer.py | Read N-1 distinct integers between 1 and n, and determine the missing integer |
| quadratic.py | Write the roots of discriminant and give an error if it's negative |
| read_interegers.py | Show the maximum and minimum integer from those entered by a user |
| reverse_order.py | Reverse the order of the elements in a one-dimensional array without creating another array to hold the result |
| sieving2.py | Write the contents of a two-dimentional array of booleans, using * to represent True and a space to represent False |
| square_matrices.py | A program computes the product of 2 square matrices of integers |
| square_transposition.py | Transpose a square two-dimentional array in place without creating a second array |
| standard_deviation.py | Read n floats and write their mean (average value) and standard deviation |
| stats.py | Write n uniform random numbers between 0 and 1, and writes their average value, their minimum value, and their maximum value |
| stdarray.py | he stdarray module defines functions related to creating, reading, and writing one- and two-dimensional arrays |
| stdio.py | The stdio module supports reading from standard input and writing to sys.stdout |
| tenperline.py | Read a sequence of integers between 0 and 99 and write 10 integers per line, with columns aligned |
| three_dimentional.py | Create a three-dimentional n-by-n-by-n array of booleans, with each element initialized to False |
| transposed_b.py | Create a two-dimentional array b[][] that is the transpose of an existing m-by-n array a[][] |
| transposition.py | Write the transposition of a two-dimentional array |
| two-dimen.py | Print randomly generated boolean matrix |
| weights.py | Compute a weighted average of the rows, where the weights of each score are in a one-dimensional array weights[] |
| word_count.py | Word count program |