CMN 152V EXAM PREP | MOST OF THE EXAM QUESTIONS WILL COME FROM HERE | QUESTIONS AND ANSWERS | 2026 UPDATE | WITH COMPLETE SOLUTION

CMN 152V EXAM PREP | MOST OF THE EXAM QUESTIONS WILL COME FROM HERE | QUESTIONS AND ANSWERS | 2026 UPDATE | WITH COMPLETE SOLUTION Booleans2 — try it which of the following does not equal True True Not False Not not True Not not False - (ANSWER) not not False Leading_zero — try it in place of the ... Below, enter the number of the statement you think is true: 1. In Python, 0.003 is the same as .003 2. In Python, 0.003 is different from .003 3. Both statements are true. - (ANSWER) 1. In python 0.003 is the same as .003 Big numbers — try it in place of the ..., enter the number 50 billion in a way Python understands it - (ANSWER) Arithmetic1 — try it in place of the ... Below, write the code version of "The product of 3 and 4, plus the sum of 5 and 6." - (ANSWER) (3*4)+(5+6) Arithmetic2 — try it in place of the ... Below, enter an expression that will compute the difference between 4 multiplied by 5, and 4 minus 3 - (ANSWER) 4*5-(4-3) Spaces_in_arithmetic1 — try it in place of the ... Below, enter the number of the statement that gives a different response in Python: 1+4*5 1 + 4 * 5 1 + 4*5 None of the expressions gives a different answer in Python - (ANSWER) None of the expressions gives a different answer in Python Spaces_in_arithmetic2 — try it in place of the ... Below, enter the number of the statement that gives a different response in Python: 2**3 2 ** 3 2 * * 3 None of the expressions gives a different answer in Python - (ANSWER) 2 * * 3 Parentheses — try it in place of the ... Below, enter the number of the statement you think equals 4 * 8 + 1 (4 * 8) + 1 4 * (8 + 1) - (ANSWER) (4 * 8) + 1 Notebook blocks — try it working in this notebook, you may sometimes get an error running this code. Which of the reasons below is not the reason why? Print( *3) The code in this line is written incorrectly. You didn't import the information that python needs to understand this code. Python doesn't immediately recognize math. You didn't run all of the code blocks above this code block. - (ANSWER) The code in this line is written incorrectly. Import_syntax1 — try it enter into check() the number of the statement that will correctly import the math module 1. Math import 2. Import math 3. I m p o r t m a t h - (ANSWER) 2 Import_syntax2 — try it enter into check() the number of the code that will give the sin of pi over two 1. M( 2. M( / 2 ) 3. Sine( pi/2 ) - (ANSWER) 2 Scientific notation — try it enter into check() the number closest to -1.e-16 -.2 -1.22 0 1.22 1. - (ANSWER) 0 Code_blocks_output1 — try it enter into check() what numbers a user would see as the output of this code block 6+3 10 5+6 9 10 11 9, 10 9, 11 10, 11 9, 10, 11 - (ANSWER) 11 Code_blocks_output2 — try it enter into check() what numbers a user would see as the output of this code block 6+3 10 Print(5+6) 9 10 11 9, 10 9, 11 10, 11 9, 10, 11 - (ANSWER) 11 Code_blocks_output3 — try it*Enter into check() what numbers a user would see as the output of this Print(6+3) Print(10) Print(5+6) 9 10 11 9, 10 9, 11 10, 11 9, 10, 11 - (ANSWER) 9, 10, 11 Code_blocks_output4 — try it*Enter into check() what numbers a user would see as the output of this Print(6+3) #print(10) Print(5+6) 9 10 11 9, 10 9, 11 10, 11 9, 10, 11 - (ANSWER) 9, 11 Code_blocks_output5 — try it*Enter into check() what numbers a user would see as the output of this Print(6+3) 10 5+6 9 10 11 9, 10 9, 11 10, 11 9, 10, 11 - (ANSWER) 9, 11 Variable_names1 — try it*Enter into check() whether "a number" is a valid variable name. Valid Invalid - (ANSWER) valid Variable_names2 — try it*Enter into check() whether "a number" is a valid variable name. Valid Invalid - (ANSWER) valid Variable_names3 — try it*Enter into check() whether "a number" is a valid variable name. Valid Invalid - (ANSWER) invalid Variable_names4 — try it*Enter into check() whether "a number" is a valid variable name. Valid Invalid - (ANSWER) valid Variable_names5 — try it*Enter into check() whether "_number" is a valid variable name. Valid Invalid - (ANSWER) valid Variable_names6 — try it*Enter into check() whether "number1" is a valid variable name. Valid Invalid - (ANSWER) valid Variable_names7 — try it*Enter into check() whether "number!" is a valid variable name. Valid Invalid - (ANSWER) invalid Variable_names_cont1 — try it*Enter into check() what a user would see as the output of this code. Local = 10 10 Nothing The code will produce an error. - (ANSWER) nothing