A teacher wants to promote higher-order thinking among students. Which strategy of the following is most effective?
Asking students to explain
Asking students to explain their reasoning pushes them to analyse, justify and construct understanding, which develops higher-order thinking better than rote practice, memorisation or extra homework.
A student is struggling to solve a mathematics problem. The teacher provides a hint rather than the full solution. This is an example of:
Which strategy is most effective for multigrade teaching?
| LIST-I | LIST-II | ||
| A. | Brain storming | I. | Practical experience to learners |
| B. | Panel discussion | II. | Intensive discussion by participants |
| C. | Snow balling | III. | Experts present view |
| D. | Field trips | IV. | Starts with individual, then becomes a group process |
A student is struggling to solve a mathematics problem. The teacher provides a hint rather than the full solution. This is an example of:
Which strategy is most effective for multigrade teaching?
Learning strategies like concept mapping, enhance:
| LIST-I | LIST-II |
|---|---|
| A. Concept Mapping | I. Graphical tools for organizing and representing knowledge |
| B. Five E based Lesson Planning | II. Constructive Approach |
| C. Stimulus-response based lesson planning | III. Systematic arrangement of subject matter |
| D. Unit Plan | IV. Behaviourist Approach |