15. Which of the following best identifies the practice of grouping students for instruction based on their perceived similar capacity for learning
Answer: C
Homogeneous group learning best identifies the practice of grouping students for instruction based on their perceived similar capacity for learning.
Homogeneous group learning involves organizing students into groups based on their similar abilities or skill levels, which facilitates targeted instruction tailored to their specific learning needs.
A) Cooperative group learning
Cooperative group learning focuses on students working together in diverse groups to achieve shared learning goals, promoting collaboration regardless of their individual skill levels. This does not align with the practice of grouping based on perceived similar capacity for learning.
B) Heterogeneous group learning
Heterogeneous group learning involves mixing students of varying abilities and backgrounds within a group to encourage diverse perspectives and peer learning. This approach contrasts with the concept of grouping based on similar capacity, making it an incorrect choice.
C) Homogeneous group learning
Homogeneous group learning is the practice of grouping students who possess similar learning abilities, ensuring that instruction is tailored to their shared needs. This choice accurately describes the grouping based on perceived similar capacity for learning.
D) Multiage group learning
Multiage group learning involves grouping students of different ages and grade levels together, which is intended to foster peer learning and mentorship. This method does not correspond to grouping by similar learning capacities, thus making it an inappropriate choice.
Conclusion
Homogeneous group learning is the most accurate identification of the practice of grouping students based on their perceived similar capacity for learning. In contrast, the other options either focus on collaboration, diversity, or age differences that do not align with the concept of similar ability grouping. Therefore, C is the definitive correct answer.