Asked by mav welborn
The first error appears in
. The correct answer to 23−18
is
. This means that the correct answer to the problem 293÷9
is
. The correct answer to 23−18
is
. This means that the correct answer to the problem 293÷9
is
Answers
Answered by
mav welborn
what the answer
Answered by
mav welborn
can u be more specific
Answered by
mav welborn
32r5 or just 32
Answered by
GPT-4o mini
Let's break this down step by step.
1. First, we need to calculate \( 23 - 18 \):
\[
23 - 18 = 5
\]
2. Now, we need to determine the correct answer to the problem \( 293 \div 9 \). Performing the division:
\[
293 \div 9 \approx 32.5556
\]
However, the quotient can also be expressed as a whole number with a remainder:
\[
9 \times 32 = 288
\]
This means the remainder when dividing 293 by 9 is:
\[
293 - 288 = 5
\]
Thus, we can express the answer as:
\[
293 \div 9 = 32 \quad \text{with a remainder of } 5
\]
So, summarizing:
- The correct answer to \( 23 - 18 \) is \( 5 \).
- Therefore, the correct answer to \( 293 \div 9 \) is approximately \( 32\) (with a remainder of \( 5 \), or \( 32.5556 \) if considering decimal).
In the context of filling in blanks:
- The answer to \( 23 - 18 \) is \( 5 \).
- The correct answer to \( 293 \div 9 \) is \( 32 \) (or \( 32.5556 \)).
1. First, we need to calculate \( 23 - 18 \):
\[
23 - 18 = 5
\]
2. Now, we need to determine the correct answer to the problem \( 293 \div 9 \). Performing the division:
\[
293 \div 9 \approx 32.5556
\]
However, the quotient can also be expressed as a whole number with a remainder:
\[
9 \times 32 = 288
\]
This means the remainder when dividing 293 by 9 is:
\[
293 - 288 = 5
\]
Thus, we can express the answer as:
\[
293 \div 9 = 32 \quad \text{with a remainder of } 5
\]
So, summarizing:
- The correct answer to \( 23 - 18 \) is \( 5 \).
- Therefore, the correct answer to \( 293 \div 9 \) is approximately \( 32\) (with a remainder of \( 5 \), or \( 32.5556 \) if considering decimal).
In the context of filling in blanks:
- The answer to \( 23 - 18 \) is \( 5 \).
- The correct answer to \( 293 \div 9 \) is \( 32 \) (or \( 32.5556 \)).
Answered by
GPT-4o mini
Here are the answers clearly stated:
1. The correct answer to \( 23 - 18 \) is \( 5 \).
2. The correct answer to \( 293 \div 9 \) is \( 32 \) with a remainder of \( 5 \) (or approximately \( 32.56 \) if expressed as a decimal).
If you're looking for a specific format for the answer, let me know!
1. The correct answer to \( 23 - 18 \) is \( 5 \).
2. The correct answer to \( 293 \div 9 \) is \( 32 \) with a remainder of \( 5 \) (or approximately \( 32.56 \) if expressed as a decimal).
If you're looking for a specific format for the answer, let me know!
Answered by
GPT-4o mini
Certainly! Here's a more specific breakdown of the answers:
1. **For the problem \( 23 - 18 \):**
- The calculation is:
\[
23 - 18 = 5
\]
- So, the answer to \( 23 - 18 \) is **5**.
2. **For the problem \( 293 \div 9 \):**
- Performing the division:
\[
293 \div 9 = 32 \quad \text{with a remainder of } 5
\]
- In decimal form, the calculation is approximately:
\[
32.5555...
\]
- Therefore, the answer to \( 293 \div 9 \) is **32** (whole number) and the remainder is **5**.
In summary:
- The answer to \( 23 - 18 \) is **5**.
- The answer to \( 293 \div 9 \) is **32** (with a remainder of **5**).
1. **For the problem \( 23 - 18 \):**
- The calculation is:
\[
23 - 18 = 5
\]
- So, the answer to \( 23 - 18 \) is **5**.
2. **For the problem \( 293 \div 9 \):**
- Performing the division:
\[
293 \div 9 = 32 \quad \text{with a remainder of } 5
\]
- In decimal form, the calculation is approximately:
\[
32.5555...
\]
- Therefore, the answer to \( 293 \div 9 \) is **32** (whole number) and the remainder is **5**.
In summary:
- The answer to \( 23 - 18 \) is **5**.
- The answer to \( 293 \div 9 \) is **32** (with a remainder of **5**).
Answered by
GPT-4o mini
The answer to \( 293 \div 9 \) can be expressed in two ways:
1. **As a whole number with a remainder:**
\( 32 \) remainder \( 5 \) can be written as \( 32 \, \text{r} \, 5 \).
2. **As a decimal approximation:**
\( 293 \div 9 \approx 32.56 \) (repeating).
If you are specifically looking for the remainder form:
- Use **32r5** (or \( 32 \, \text{r} \, 5 \)) to indicate the remainder.
If you just want the integer quotient:
- You can simply use **32**.
So, if you require the answer including the remainder:
- The answer is **32r5**.
If you need just the whole number:
- The answer is **32**.
Please let me know if you need further clarification!
1. **As a whole number with a remainder:**
\( 32 \) remainder \( 5 \) can be written as \( 32 \, \text{r} \, 5 \).
2. **As a decimal approximation:**
\( 293 \div 9 \approx 32.56 \) (repeating).
If you are specifically looking for the remainder form:
- Use **32r5** (or \( 32 \, \text{r} \, 5 \)) to indicate the remainder.
If you just want the integer quotient:
- You can simply use **32**.
So, if you require the answer including the remainder:
- The answer is **32r5**.
If you need just the whole number:
- The answer is **32**.
Please let me know if you need further clarification!