Which of the following tasks would be least suitable for developing an understanding of the
relationship of science with society among learners ?
The question asks us to identify the activity that is least effective in helping learners understand the connection between science and society. Let's analyze each option:
Nuclear energy is a topic with significant societal implications, involving environmental concerns, public safety, economic factors, and political decisions. A debate actively encourages learners to explore these different facets and how they interact with the science behind nuclear power. This makes it highly suitable for understanding the science-society relationship.
Emerging technologies like artificial intelligence, genetic engineering, or renewable energy sources constantly shape our society. A group project allows students to research these developments and discuss their potential impacts on jobs, ethics, health, and daily life. This directly addresses the dynamic relationship between scientific advancement and societal change, making it suitable.
Understanding different sources of energy (like fossil fuels, solar, wind, hydro) involves considering their societal importance for development, their environmental consequences, and economic feasibility. Creating a concept map helps visualize these connections, showing how energy science meets societal needs and challenges. Thus, it's suitable for understanding the science-society link.
This activity focuses primarily on recognizing the historical achievements and contributions of individual scientists. While celebrating scientific talent is important, the main emphasis is on the scientific discoveries themselves and the individuals behind them. It doesn't inherently require learners to deeply explore the broader societal context, ethical implications, or the reciprocal relationship between scientific progress and societal needs or structures. Compared to the other options, it is less focused on the *relationship* between science and society and more on scientific heritage.
Based on the analysis, the Poster competition on contribution of Indian scientists to the World is the least suitable activity among the choices for developing an understanding of the relationship between science and society. The other activities directly engage with the societal impacts, ethical considerations, and practical applications of science, fostering a deeper comprehension of this vital connection.
Which of the following activities are involved in the interactive stage of pedagogical analysis?
I. Giving feedback.
II. Deciding on expected learner’s responses.
III. Deciding methods/approaches of stimulus presentation.
Which of the following statements regarding the inductive reference method of teaching science in teaching-learning process are correct?
I. In this method, knowledge is self-acquired and is transformed into wisdom.
II. Learning by doing is the basis of this method.
III. It develops the habit of keen observation boosting critical thinking in students.
Which of the following activities are involved in pre-active stage of Pedagogical Analysis?
I. Stating learning outcomes
II. Ascertaining entry competence
III. Identifying types of learning
Which of the following can be defined as the ability to raise many questions out of curiosity?
In scientific inquiry, in which of the following ways a teacher can help children to develop the capability of raising questions?
I. Teacher needs to help children to be aware of the possibility of inquiry related to their own question.
II. Teacher needs to help children to raise questions while they are reading information by observing a situation or an object.