Which grouping practice places students of diverse abilities within the same instructional groups?

Which grouping practice places students of diverse abilities within the same instructional groups?

• A. Activity modification
• B. Homogeneous grouping
• C. Multi-activity designs
• D. Heterogeneous grouping

Answer: (D)

Mixing students with different abilities in the same instructional group is called heterogeneous grouping. This approach allows learners at various skill levels to work together, which supports peer learning, collaboration, and inclusion. In a physical education setting, students can observe and imitate diverse strategies from peers, receive differentiated support from the teacher within the group, and stay engaged because tasks can be adjusted to fit the group as a whole while still challenging individuals. This is different from homogeneous grouping, which would separate students by similar ability and not expose learners to a mix of skill levels. Activity modification focuses on changing the task itself rather than how students are grouped, and multi-activity designs center on offering a variety of activities or stations rather than guaranteeing mixed-ability groupings.

Mixing students with different abilities in the same instructional group is called heterogeneous grouping. This approach allows learners at various skill levels to work together, which supports peer learning, collaboration, and inclusion. In a physical education setting, students can observe and imitate diverse strategies from peers, receive differentiated support from the teacher within the group, and stay engaged because tasks can be adjusted to fit the group as a whole while still challenging individuals.

This is different from homogeneous grouping, which would separate students by similar ability and not expose learners to a mix of skill levels. Activity modification focuses on changing the task itself rather than how students are grouped, and multi-activity designs center on offering a variety of activities or stations rather than guaranteeing mixed-ability groupings.