Correct option is B
Open-ended questions allow for multiple approaches or solutions, encouraging deeper mathematical thinking and creativity. In this case, asking students to
write a real-world problem for which the equation 2x + 4 = 8 is a solution requires them to think beyond procedural work. They need to apply their understanding of the equation to create a practical context, which promotes conceptual understanding and exploration of different scenarios. This type of question enhances problem-solving skills, critical thinking, and application of mathematical concepts to real-life situations.
Information Booster:
1.
Open-ended questions require students to think critically and creatively, encouraging multiple solution paths.
2. Asking students to
create a real-world scenario pushes them to apply mathematical equations to real-life contexts, enhancing understanding.
3. Open-ended tasks promote the development of higher-order thinking skills.
4. Such questions can have more than one valid answer, leading to diverse discussions and perspectives in class.
5. Closed-ended questions (like finding the solution to a specific equation) typically involve only one correct answer and do not promote as much critical thinking.
6.
Graphing and verifying solutions are important skills, but they are typically more procedural, thus not open-ended.
Additional Information:
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(a) Find the solution of 2x + 4 = 8: This is a closed-ended question, as it requires a single correct answer (x = 2).
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(b) Write a real-world problem for which 2x + 4 = 8 is a solution: This is an open-ended question, allowing for multiple possible scenarios, fostering creativity and deeper thinking.
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(c) Verify that x = 2 is the solution of the equation 2x + 4 = 8: This is a procedural task that leads to a single conclusion, so it is not open-ended.
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(d) Plot the graph of 2x + 4 = 8 on Cartesian plane: While this involves visualization, it is a closed-ended task with a specific outcome.
what will be the measure of its base and height?”