Question

The lesson asked you to create a new PythonAnywhere file with the following code: decimalNum = int(input("please enter a decimal number: ')) binarylist = [] while decimalNum > 0: decimalNum = decimalNum /2 remainder = decimalNum % 2 binaryList.append(remainder) print)binaryList)What is the result of running this code and entering 24 as your number?(1 point)ResponsesA huge list of decimal values.A huge list of decimal values.24240011 00000011 0000[0, 0, 0, 1, 1][0, 0, 0, 1, 1]Question 2The lesson then has you change the code to look like this.What is printed to the console now when running the code and entering 24?(1 point)Responses0001 10000001 1000[0, 0, 0, 1, 1][0, 0, 0, 1, 1]A huge list of decimal values.A huge list of decimal values.2424Question 3Using the lesson and the code from the last two questions, what is the binary byte that represents 24?(1 point)Responses0000 00110000 00110010 00100010 00100001 10000001 10001100 00001100 0000

Answer 1

Let's break down the code and the questions step by step.

Original Code Explanation

decimalNum = int(input("please enter a decimal number: ")) 
binarylist = [] 
while decimalNum > 0: 
    decimalNum = decimalNum / 2 
    remainder = decimalNum % 2 
    binaryList.append(remainder) 
print(binaryList)

Key Issues in the Original Code:

1. Input Syntax Error: There is a mismatched quote in the input() function (' instead of ").
2. Division instead of Integer Division: decimalNum = decimalNum / 2 should use integer division // instead of regular division to work properly in the context of converting to binary.
3. Incorrect List Name: There’s a typo binaryList vs. binarylist.
4. Print Syntax Error: print)binaryList) has wrong parentheses.

Fixed Version of the Original Code:

decimalNum = int(input("please enter a decimal number: ")) 
binarylist = [] 
while decimalNum > 0: 
    remainder = decimalNum % 2 
    binarylist.append(remainder) 
    decimalNum = decimalNum // 2 
print(binarylist)

Running the Original Code with 24

• If we enter 24, the corrected flow should actually yield [0, 0, 0, 1, 1] and the resulting list will show the remainders in reverse order (from least significant to most significant bits).
• Final output will be: [0, 0, 0, 1, 1].

Which translates to:

The binary representation of 24 is 11000 (but the list shows it in reverse), hence the first response option: [0, 0, 0, 1, 1].

Question 2

Modified Code: In the second question, you might have a different code structure. Since no specific modified code is given, let's imply it would be a corrected version of the binary conversion code but it is unclear what changes are made. Normally, if you collected the binary digits correctly in a reverse order:

If you then printed out the binary list after the earlier changes were made, the printed result on the console should correctly represent the binary representation of 24, which is 11000.

What is printed when entering 24:

Assuming we printed directly after collecting bits:

• If the output is specifically formatted correctly, we could see the binary printed directly like 11000.

Question 3

Binary Byte Representation of 24: The binary byte of 24 in an 8-bit format is 00011000.

So the responses must be properly formatted as:

• 0000 11000 or 00011000 where only last responses should be considered.

Final Responses:

1. What is printed on running the original code with 24? [0, 0, 0, 1, 1]
2. What is printed for the modified code, assuming proper collection? 00011000 or equivalent (depends on printing structure)
3. What is the binary byte that represents 24? 00011000

Please ensure that the snippets and structures align with what the instructions reflect to yield actual outputs!