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Commit de50282

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‎Section_02/assignment_01.py

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# Assignment 1:
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"""
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Print Bill's salary from the my_list object shown below.
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my_list = [{'Tom': 20000, 'Bill': 12000}, ['car', 'laptop', 'TV']]
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We would like to get the remainder of 15 divided by 4.
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The calculation below does not seem to give us this result.
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How would you change the code to meet the requirement?
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"""
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# your code below:
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# Solution
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# print(my_list[0].get('Bill'))
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# Solution:
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# remainder = 15 % 4
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# print(remainder)
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‎Section_02/assignment_02.py

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# Assignment 2:
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"""
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Using some of the collection data types we learned about
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in the course so such as a list and dictionary, create a
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data structure that best represents the following scenario:
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Tom has a salary of 20000 and is 22 years old. He owns a few items such as
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a jacket, a car, and TV. Mike is another person who makes 24000 and is 27 years old
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who owns a bike, a laptop and boat.
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"""
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# your code below:
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Use of the below format() method is incorrect for what we are trying to do.
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We actually have 10 small, 12 large, and 12 medium boxes.
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Write code to correct this:
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print("We have {2} small boxes, {2} large boxes, {2} medium boxes".format(10,12,12))
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"""
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# Solution
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# my_list = [{'Tom': {'salary': 20000, 'age': 22, 'owns': ['jacket', 'car', 'TV']}},
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# {'Mike': {'salary': 24000, 'age': 27, 'owns': ['bike', 'laptop', 'boat']}}]

‎Section_02/assignment_03.py

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# Assignment 3:
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"""
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There is a list shown below titled original_list.
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Given 2 variables chars and word, write code to move
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the data contained in the variable word in the exact middle of
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the characters contained in the variable chars and save this
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in a new variable called result and print it.
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Using only what you've learned so far in the course,
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write code to create a new list that contains the tuple sorted.
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NOTE: chars variable will contain only 4 characters
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IMPORTANT: you must do this programmatically! Don't just
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hard code a new list with the values rearranged.
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"""
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original_list= ['cup', 'cereal', 'milk', (8, 4, 3)]
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Example:
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---------------
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chars = "<<>>"
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word = "hello"
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result - should contain the following string: <<hello>>
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# your code below:
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"""
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chars = "[[]]"
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word = "Cool"
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# Expected Result Printed: [[Cool]]
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# Your code below:
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# Solution Below:
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# print(chars[:2] + word + chars[2:])
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# Solution
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# num1 = original_list[3][0]
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# num2 = original_list[3][1]
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# num3 = original_list[3][2]
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# new_list = [num1, num2, num3]
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# new_list.sort()
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# new_tuple = (new_list[0], new_list[1], new_list[2])
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# new_list = [original_list[0], original_list[1], original_list[2], new_tuple]
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#
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# print(new_list)

‎Section_02/assignment_04.py

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# Assignment 4:
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"""
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In the list shown below, replace the letter m with the letter x
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and replace the word TV with the word television. Then print my_list.
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Given 2 variables word1 and word2, write code to
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print the concatenation of the 2 words omitting the
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first_folder letter of the string saved in word1 and the second_folder
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letter of the string saved in word2.
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Example:
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---------------
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word1 = "Vehicle"
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word2 = "Robot"
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result - ehicleRbot
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"""
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my_list = [(1, 2), (3, 4), (['c', 'd', 'a', 'm'], [3, 9, 4, 12], 4), 'TV', 42]
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word1 = "Computer"
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word2 = "Truck"
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# Expected Result Printed: omputerTuck
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# Your code below:
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my_list[2][0][3] = 'x'
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my_list[3] = 'Television'
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print(my_list)
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# Solution Below:
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# result = word1[1:] + word2[0:1] + word2[2:]
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# print(result)
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# Solution:
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# my_list[2][0][3] = 'x'
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# my_list[3] = 'Television'
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# print(my_list)

‎Section_02/assignment_05.py

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Original file line numberDiff line numberDiff line change
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# Assignment 5:
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"""
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Given 2 variables chars and word, write code to move
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the data contained in the variable word in the exact middle of
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the characters contained in the variable chars and save this
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in a new variable called result and print it.
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NOTE: chars variable can contain any even number of characters.
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the len() function can be used to figure out the length of a string
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Example:
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---------------
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chars = "<[<||>]>"
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word = "mirror"
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result - should contain the following string: <[<|mirror|>]>
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"""
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chars = "<<[]]]" # this could be a very long string with an even length.
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word = "Cool"
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# Expected Result Printed: <<[Cool]]]
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# Your code below:
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# Solution Below:
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# size = len(chars)
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# idx = int(size/2) # dividing results in a float datatype.
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# print(chars[:idx] + word + chars[idx:])
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