An effective gifted program design should provide opportunities for which type of tasks?

• A. Rote memorization of facts
• B. Higher-order thinking and open-ended problems
• C. Passive listening to lectures
• D. Strict pace acceleration only

Answer: (B)

Tasks should push students to use and expand their thinking, not just recall facts. Higher-order thinking means analyzing, evaluating, and creating—students justify methods, compare approaches, and connect ideas in new ways. Open-ended problems fit with this by offering multiple valid paths and requiring explanation and justification, which invites exploration, collaboration, and sustained engagement. This approach helps gifted learners develop deep understanding and the ability to transfer skills to unfamiliar situations across subjects. For instance, a math task with several solution paths and a need for justification, a science project that asks for designing and testing in an open-ended way, or a research prompt that lets students pursue their own questions all illustrate this effectively. In contrast, rote memorization limits depth, passive listening misses active problem solving, and strictly accelerating pace without richer, challenging tasks can leave students under-stimulated. Designing for higher-order thinking and open-ended inquiry better meets the strengths and needs of gifted learners.