List the advantages of using a computer for solving mathematical problems.
1. Speed: Computers can solve even the most complex mathematical problems in a matter of seconds, whereas the same calculations may take humans hours to complete.

2. Accuracy: Computers are precise and consistent, eliminating the possibility of errors that can occur when humans are performing calculations.

3. Large data handling: Computers can work with large data sets and perform multiple calculations simultaneously.

4. Complex calculations: Computers can handle complex operations and functions that may be difficult or time-consuming for humans.

5. Save time: Using a computer for solving mathematical problems saves time, allowing people to focus on more important tasks.

6. Repetitive tasks: Computers can quickly and easily perform repetitive operations without losing accuracy.

7. 3D visualization: Computers can produce detailed 3D visualizations of mathematical models, which can help people understand complex problems.

8. Documentation: Computers can save and store mathematical operations and results, providing an easy way for people to access and review their work.
Complete the following task based on the instruction and optional input provided.### Instruction:
List the advantages of using a computer for solving mathematical problems.

### Output:
1. Speed: Computers can solve even the most complex mathematical problems in a matter of seconds, whereas the same calculations may take humans hours to complete.

2. Accuracy: Computers are precise and consistent, eliminating the possibility of errors that can occur when humans are performing calculations.

3. Large data handling: Computers can work with large data sets and perform multiple calculations simultaneously.

4. Complex calculations: Computers can handle complex operations and functions that may be difficult or time-consuming for humans.

5. Save time: Using a computer for solving mathematical problems saves time, allowing people to focus on more important tasks.

6. Repetitive tasks: Computers can quickly and easily perform repetitive operations without losing accuracy.

7. 3D visualization: Computers can produce detailed 3D visualizations of mathematical models, which can help people understand complex problems.

8. Documentation: Computers can save and store mathematical operations and results, providing an easy way for people to access and review their work.