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The output is titled, RESTART: I:/Fig 2_1 Python code example 1.py. There are two lines of output. Line 1: The data type for the trip_id variable is: <class ‘str’>. Line 2: The data type for the trip_seconds variable is: <class ‘int’>.
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There are six lines of codes as follows. Line 1: # Example 2a: assigning a float value to a variable creates a float object type variable. Line 2: trip_miles = 1.1. Line 3: print(“The data type for the trip_miles variable is: ”, type(trip_miles)). Line 5: # Example 2b: assigning a boolean value to a variable creates a boolean object type variable. Line 6: trip_completed = True. Line 7: print(“The data type for the trip_completed variable is: ”, type(trip_completed)).
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The output is titled, RESTART: I:/Fig 2_3 Python code example 2.py. There are two lines of output. Line 1: The data type for the trip_miles variable is: <class ‘float’>. Line 2: The data type for the trip_completed variable is: <class ‘bool’>.
There are three lines of code as follows. Line 1: # modify the following line of code so that a string data type variable is created. Line 2: variable_created = 12.5. Line 3: print (“The data type of the variable created is: ”, type(variable_created)).
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There are nine lines of codes, as follows. Line 1: # Create a few variables with numeric values. Line 2: first_number = 4. Line 3: second_number = 8. Line 4: third_number = 2. Line 6: # Two assignment statements with mathematical formulas using the variables. Line 7: result1 = first_number + second_number * third_number. Line 8: result2 = (first_number + second_number) * third_number. Line 10: # The following line of code displays the values of the results. Line 11: print(“Result: ”, result1, “Result2: ”, result2).
There are three lines of codes as follows. Line 1: # Add parentheses, a subtraction operator, and an exponentiation operator. Line 2: # so the following code prints the value 25. Line 3: print( 8 3 2 ).
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There are two lines of code as follows. Line 1: value_entered = input(“Please enter a number between 1 and 100: “). Line 2: print(“The value that you entered was: “ value_entered). The statement value_entered in the second line is highlighted. A dialog box, titled SyntaxError, displays the message, invalid syntax. The OK button is at the bottom of the dialog box.
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The output is titled, RESTART: I:\Fig 2_8 Python code with exception.py. There is one line of output as follows. Line 1: please enter a number between 1 and 100: 50. Text under the output continues as follows. Traceback (most recent call last): File “I:\Fig 2_8 Python code with exception.py”, line 4, in <module>. Print(“The value that you entered was: ”, value_entered). NameError: name ‘Print’ is not defined.
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The output is titled, RESTART: I:\Fig 2_10 Python code with TypeError exception.py. Text reads, Traceback (most recent call last): File “I:\Fig 2_10 Python code with TypeError exception.py”, line 3, in <module> result = first_number + second_number.
There are five lines of code as follows. Line 1: first_number = 10. Line 2: # Remove the quotation marks in the following line to resolve issue. Line 3: second_number = “20”. Line 4: result = first_number + second_number. Line 5: print (“The result is: ”, result).
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There are seven lines of code as follows. Line 1: # Create a few variables with numeric values. Line 2: first_number = 4. Line 3: second_number = 8. Line 5: # Calculate the average of the numbers by adding them and dividing by 2. Line 6: average = first_number + second_number /2. Line 8: # The following line of code displays the result. Line 9: print(“The average of ”, first_number,” and ”, second_number,” is ”, average).
There are five lines of code as follows. Line 1: first_number = 4. Line 2: second_number = 8. Line 4: # Modify the following line by putting parenthesis around the two variables added. Line 5: average = first_number + second_number /2. Line 7: print(“The average of ”, first_number,” and ”, second_number,” is ”, average).
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There are eight lines of codes as follows. Line 1: # First prompt user to enter trip cost components to string variables. Line 2: fare = input(“Please enter the taxi fare: “). Line 3: tip = input (“Please enter the tip amount: “). Lines 5 and 6: print(“The amounts entered for fare and tip was : ”, fare, tip). Lines 7 and 8: print(“The data types for each are: ”, type(fare), type(tip)). Line 10: # now add up float values and assign to trip_total variable. Line 11: trip_total = float(fare)+float(tip). Line 12: print (“The total trip cost is: ”, “$” + str(trip_total)).
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The output is titled, RESTART: I:\Fig 2_14 program to add up trip costs.py. There are five lines of output as follows. Line 1: Please enter the taxi fare: 5.25. Line 2: Please enter the tip amount: 2.00. Line 3: The amounts entered for fare and tip was: 5.25 2.00. Line 4: The data types for each are: <class ‘str’> <class ‘str’>. Line 5: The total trip cost is: $7.25.
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There are three lines in the syntax. Line 1: def function_name, left parenthesis, left square bracket, parameter(s), right square bracket, right parenthesis, colon. Line 2: code_statements. Line 3: left square bracket, return value(s), right square bracket. The terms def and return are in bold, while the other components of the syntax are italicized.
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The first flowchart starts with begin. When the syntax begins, its code statements are processed, leading to function 1 parameters. The parameters are passed to the second flowchart, and Function1 begins. Its code statements are processed, the values are returned to function 1 parameters in the first flowchart, and the process in the second flowchart ends. In the first flowchart, function 1 parameters process the code statements, after which the function ends.
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The output is titled, RESTART: I: \Fig 2_22 error using function with incorrect parameters.py. Text reads, Traceback (most recent call last): File “I:\Fig 2_22 error using function with incorrect parameters.py”, line 4, in <module> hello (“John”, “Joe”). TypeError: hello() takes 1 positional argument but 2 were given.
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There are eight lines of code as follows. Line 1: # The following is the definition of the function Find_Average. Lines 2 and 3: def find_average(first_number, second_number): return (first_number + second_number)/2. Line 5: # The following is executable code. Line 6. # First create a few variables with numeric values. Line 7: number1
