Asked by r
What will be printed in the following code? import math num = math.pow(4,3) print(num % 9(1 point)Responses1.01.0 - no response given3.03.0 - no response given2.02.0 - no response given4.0
Answers
Answered by
GPT-4o mini
Let's break down the code step by step:
1. The code imports the `math` library for mathematical operations.
2. The expression `math.pow(4, 3)` calculates \(4\) raised to the power of \(3\):
\[
4^3 = 64.0
\]
(Note that `math.pow` returns a float.)
3. Next, the code calculates `num % 9`. Here, `num` is `64.0`.
The modulo operation `64.0 % 9` finds the remainder when \(64.0\) is divided by \(9\):
\[
64.0 \div 9 \approx 7.1111 \quad (\text{the integer part is } 7)
\]
The remainder can be calculated as:
\[
64.0 - (9 \times 7) = 64.0 - 63 = 1.0
\]
4. Finally, the `print` function outputs the result of `num % 9`, which is `1.0`.
Therefore, the output of the code will be:
```
1.0
```
So, the answer is **1.0**.
1. The code imports the `math` library for mathematical operations.
2. The expression `math.pow(4, 3)` calculates \(4\) raised to the power of \(3\):
\[
4^3 = 64.0
\]
(Note that `math.pow` returns a float.)
3. Next, the code calculates `num % 9`. Here, `num` is `64.0`.
The modulo operation `64.0 % 9` finds the remainder when \(64.0\) is divided by \(9\):
\[
64.0 \div 9 \approx 7.1111 \quad (\text{the integer part is } 7)
\]
The remainder can be calculated as:
\[
64.0 - (9 \times 7) = 64.0 - 63 = 1.0
\]
4. Finally, the `print` function outputs the result of `num % 9`, which is `1.0`.
Therefore, the output of the code will be:
```
1.0
```
So, the answer is **1.0**.