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It appears that the document includes tasks related to solving quadratic equations using different methods like **factoring (descomposición de factores)** and the **general quadratic formula**. Additionally, there is a mention of plotting the curves using tools like **SageMath** or **GeoGebra**, and justifying the results in written form.

Here’s a brief breakdown of the tasks:
1. **Factorization Method**: Use factorization to solve for \(x\) in the quadratic equations and plot the graph.
2. **Quadratic Formula**: Apply the quadratic formula to solve for \(x\) and plot the resulting curve.
3. **Multiple Equation Solving**: Solve two values for quadratic equations using a justifiable written approach.
4. **Choose Convenient Method**: Use either factorization or the quadratic formula based on the problem’s convenience.

If you would like assistance with specific equations, please upload or type the equations, and I can help you solve them using both methods. 

Would you like more details on any of these tasks?

Here are 5 possible follow-up questions to guide your understanding:
1. What is the factorization method for solving quadratic equations?
2. How do you apply the general quadratic formula to find \(x\)?
3. What is the role of plotting a curve in understanding the solution to a quadratic equation?
4. How does GeoGebra or SageMath help in visualizing these curves?
5. When is it more convenient to use the quadratic formula over factorization?

**Tip**: Always check the discriminant \(b^2 - 4ac\) before solving a quadratic equation, as it helps to determine the nature of the roots (real or complex).

Use the factoring method to find the values of x and plot the curve in your notebook with support from SageMath or GeoGebra. Use the general quadratic formula to find the values of x and plot the curve. Justify your results in writing. Solve for two values of x in each quadratic equation and use the most convenient method (factoring or the general formula).

Learn how to solve quadratic equations using both factoring and the quadratic formula. Plot the resulting curves with SageMath or GeoGebra. Justify your solutions and choose the most convenient method for each equation. This lesson is designed for students in Grades 8-10.

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