The correct answer is 110.

Here's the step by step explanation:

1. The function `convert(b)` is defined to convert a decimal number into binary.

2. The base case of the recursion is when `b` equals 0, in which case the function returns the list `l`.

3. If `b` is not 0, the function calculates the remainder of `b` divided by 2 (which is either 0 or 1, the next digit in the binary representation), appends it to the list `l`, and then calls itself with `b` divided by 2 (ignoring any remainder).

4. The function is initially called with `b` equal to 6. The binary representation of 6 is 110.

5. After the recursive calls are finished, the list `l` contains the binary digits in reverse order, [0, 1, 1].

6. The list `l` is then reversed, resulting in the correct order of binary digits, [1, 1, 0].

7. Finally, the binary digits are printed out without any spaces in between, resulting in the output 110.

Question

The correct answer is 110.

Here's the step by step explanation:

1. The function `convert(b)` is defined to convert a decimal number into binary.

2. The base case of the recursion is when `b` equals 0, in which case the function returns the list `l`.

3. If `b` is not 0, the function calculates the remainder of `b` divided by 2 (which is either 0 or 1, the next digit in the binary representation), appends it to the list `l`, and then calls itself with `b` divided by 2 (ignoring any remainder).

4. The function is initially called with `b` equal to 6. The binary representation of 6 is 110.

5. After the recursive calls are finished, the list `l` contains the binary digits in reverse order, [0, 1, 1].

6. The list `l` is then reversed, resulting in the correct order of binary digits, [1, 1, 0].

7. Finally, the binary digits are printed out without any spaces in between, resulting in the output 110.

Knowee AI · Accepted Answer

The correct answer is 110.

Here's the step by step explanation:

1. The function `convert(b)` is defined to convert a decimal number into binary.

2. The base case of the recursion is when `b` equals 0, in which case the function returns the list `l`.

3. If `b` is not 0, the function calculates the remainder of `b` divided by 2 (which is either 0 or 1, the next digit in the binary representation), appends it to the list `l`, and then calls itself with `b` divided by 2 (ignoring any remainder).

4. The function is initially called with `b` equal to 6. The binary representation of 6 is 110.

5. After the recursive calls are finished, the list `l` contains the binary digits in reverse order, [0, 1, 1].

6. The list `l` is then reversed, resulting in the correct order of binary digits, [1, 1, 0].

7. Finally, the binary digits are printed out without any spaces in between, resulting in the output 110.

Select the correct answerWhat will be the output of the following Python code?l=[]def convert(b): if(b==0): return l dig=b%2 l.append(dig) convert(b//2)convert(6)l.reverse()for i in l: print(i,end="")Options 3110011Infinite loop

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