List - I List - II (i) Memory level (a) Cognitive field theory of learning (ii) Understanding level (b) Gestalt field theory (iii) Reflective level (c) Thorndike's connectionism
(i)-(c), (ii)-(b), (iii)-(a)
This question requires matching specific levels of teaching with associated learning theories or psychological concepts. Let's break down each level of teaching and its corresponding theory.
The memory level of teaching is the most basic level. It focuses on the simple act of remembering and reproducing information that has been presented. This involves learning facts, definitions, and formulas without necessarily understanding their deeper meaning or application. It's primarily about rote learning.
The understanding level goes beyond rote memorization. At this stage, students are expected to grasp the meaning of information, understand relationships between concepts, and be able to explain ideas in their own words. It involves comprehending the 'what' and 'why' of the information.
The reflective level is the highest level of teaching. It involves critical thinking, deep analysis, and problem-solving. Students are encouraged to question, evaluate, and apply knowledge to new situations. This level requires a critical examination of issues and finding potential solutions.
Now let's consider the theories mentioned:
Let's connect each teaching level to the most appropriate theory:
Therefore, the correct matching is:
This corresponds to the option (i)-(c), (ii)-(b), (iii)-(a).
Which of the following operations comes under the pre-active phase of teaching according to Philip. W. Jackson?
A child firstly learns to differentiate between various things i.e., men, women, animals, birds and later on s/he unifies these differentiated concepts to form a single concept called as _______
Arrange the five steps of understanding level of teaching (according to Morrison) in the ascending sequence:
A. Organisation
B. Assimilation
C. Presentation
D. Recitation
E. Exploration
Choose the correct answer from the options given below:
What higher-order knowledge can make the difference between how well and quickly one's students learn material?