https://file.aiquickdraw.com/mathbot/file/17265514533955iu37n47.jpg

The image shows the start of a long division problem where 889 is divided by 7. Let me walk you through the steps:

1. **Divide the first digit**: 7 goes into 8 once (1 time). Write the 1 above the 8.
2. **Multiply and subtract**: Multiply 1 by 7 to get 7, subtract 7 from 8 to get 1.
3. **Bring down the next digit**: Bring down the 8, making it 18.
4. **Divide again**: 7 goes into 18 twice (2 times). Write the 2 above the 8.
5. **Multiply and subtract**: Multiply 2 by 7 to get 14, subtract 14 from 18 to get 4.
6. **Bring down the next digit**: Bring down the 9, making it 49.
7. **Final division**: 7 goes into 49 exactly 7 times. Write the 7 above the 9.
8. **Multiply and subtract**: Multiply 7 by 7 to get 49, subtract 49 from 49 to get 0, leaving no remainder.

The final result is **127**, and the remainder is 0.

Would you like further details on this division process or any additional questions? 

Here are 5 related questions for you to consider:
1. How would the process change if the divisor were a larger number?
2. What if 889 was not divisible evenly by 7—how would you handle the remainder?
3. How does long division differ when dividing decimals or fractions?
4. Can long division be used for polynomials? If so, how?
5. How can this method be adapted to mental math techniques?

**Tip:** Practice long division regularly to build speed and accuracy in your calculations!

Learn how to solve the long division problem of dividing 889 by 7 with a step-by-step solution. This problem demonstrates basic arithmetic skills using long division. Suitable for students in Grades 5-6.

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