Write Code Questions

Write a function called check_third_element that takes in a list of tuples, lst_tups as a parameter. Tuples must have at least 3 items. Return a new list that contains the third element of each tuple. For example, check_third_element([(1,2.2,3.3),(-1,-2,-3),(0,0,0)]) would return [3.3, -3, 0].

def check_third_element(lst_tups): # write code here ==== from unittest.gui import TestCaseGui class MyTests(TestCaseGui): def testOne(self): self.assertEqual(check_third_element([(1,2.2,3.3),(-1,-2,-3),(0,0,0)]), [3.3, -3, 0], "check_third_element([(1,2.2,3.3),(-1,-2,-3),(0,0,0)])") self.assertEqual(check_third_element([(1,2,3),(1,2,3),(1,2,3),(1,2,3)]), [3, 3, 3, 3], "check_third_element([(1,2,3),(1,2,3),(1,2,3),(1,2,3)])") self.assertEqual(check_third_element([('hi','hello','how are you'),('bye','goodbye','farewell')]), ['how are you', 'farewell'], "check_third_element([('hi','hello','how are you'),('bye','goodbye','farewell')])") MyTests().main()

Create a function called check_third_element that takes in a list of tuples, lst_tups as a parameter. Tuples must have at least 3 items. Return a new list that contains the third element of each tuple. For example, check_third_element([(1,2.2,3.3),(-1,-2,-3),(0,0,0)]) would return [3.3, -3, 0].

        def check_third_element(lst_tups):
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    new_lst = []
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    for item in lst_tups:
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        new_lst.append(item[2])
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        new_lst.append(item[3]) #paired
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    return new_lst
        

Write a function called interchange_values that takes in a tuple with two values as a parameter, t and returns a tuple which interchanges the values of t. For example, interchange_values(("LeBron", "James")) would return ("James", "LeBron").

def interchange_values(t): # write code here ==== from unittest.gui import TestCaseGui class MyTests(TestCaseGui): def testOne(self): self.assertEqual(interchange_values(('LeBron', 'James')), ('James', 'LeBron'), "interchange_values(('LeBron', 'James'))") self.assertEqual(interchange_values(('Hi', 'Hello')), ('Hello', 'Hi'), "interchange_values(('Hi', 'Hello'))") self.assertEqual(interchange_values((1, 2)), (2, 1), "interchange_values((1, 2))") self.assertEqual(interchange_values((True, False)), (False, True), "interchange_values((True, False))") MyTests().main()

Create a function called interchange_values that takes in a tuple with two values as a parameter, t and returns a tuple which interchanges the values of t. For example, interchange_values(("LeBron", "James")) would return ("James", "LeBron").

        def interchange_values(t):
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    lst = list(t)
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    lst = t.list() #paired
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    new_t = (lst[1], lst[0])
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    return new_t
        

Write a function called my_data that takes in an integer, int_value as a parameter. Return tuple that contains one elements, the integer in the parameter. For example, my_data(99) would return (99,).

def my_data(int_value): # write code here ==== from unittest.gui import TestCaseGui class MyTests(TestCaseGui): def testOne(self): self.assertEqual(my_data(99), (99,), "my_data(99)") self.assertEqual(my_data(0), (0,), "my_data(0)") self.assertEqual(my_data(-1), (-1,), "my_data(-1)") MyTests().main()

Create a function called my_data that takes in an integer, int_value as a parameter. Return tuple that contains one elements, the integer in the parameter. For example, my_data(99) would return (99,).

        def my_data(int_value):
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    t = (int_value, )
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    t = (int_value) #paired
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    return t
        

Write a function called info with the following required parameters: name, age, birth_year, year_in_college, and hometown. The function should return a tuple that contains all the passed information. For example, info('Troy', 24, 1996, 'Sophomore', 'Ann Arbor') should return ('Troy', 24, 1996, 'Sophomore', 'Ann Arbor').

def info(name, age, birth_year, year_in_college, hometown): # write code here ==== from unittest.gui import TestCaseGui class MyTests(TestCaseGui): def testOne(self): self.assertEqual(info('Troy', 24, 1996, 'Sophomore', 'Ann Arbor'), ('Troy', 24, 1996, 'Sophomore', 'Ann Arbor'), "Testing that the function correctly outputs the tuple.") self.assertEqual(info('Jane', 18, 2002, 'Freshman', 'Manhattan'), ('Jane', 18, 2002, 'Freshman', 'Manhattan'), "Testing that the function correctly outputs the tuple.") MyTests().main()

Create a function called info with the following required parameters: name, age, birth_year, year_in_college, and hometown. The function should return a tuple that contains all the passed information. For example, info('Troy', 24, 1996, 'Sophomore', 'Ann Arbor') should return ('Troy', 24, 1996, 'Sophomore', 'Ann Arbor').

        def info(name, age, birth_year, year_in_college, hometown):
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    tup = (name, age, birth_year, year_in_college, hometown)
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    tup = [name, age, birth_year, year_in_college, hometown] #paired
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    return tup
        

Write a function tuplize() that accepts two inputs and returns a tuple containing those inputs in order. For example, tuplize('Stephen', 'Curry') would return ('Stephen', 'Curry').

def tuplize(val1, val2): # write code here ==== from unittest.gui import TestCaseGui class MyTests(TestCaseGui): def testOne(self): self.assertEqual(tuplize('Stephen', 'Curry'), ('Stephen', 'Curry'), "Testing that the function creates the correct tuple.") self.assertEqual(tuplize(1, 2), (1, 2), "Testing that the function creates the correct tuple.") MyTests().main()

Create a function tuplize() that accepts two inputs and returns a tuple containing those inputs in order. For example, tuplize('Stephen', 'Curry') would return ('Stephen', 'Curry').

        def tuplize(val1, val2):
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    tup = (val1, val2)
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    tup = (val1[0], val2[0]) #paired
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    return tup
        

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