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Revision Notes: Nature & Structure of Sciences | Science & Pedagogy Paper 2 for CTET & TET Exams - CTET & State TET PDF Download

Introduction

Science is about wonderful nature and natural phenomena and led to wonder and awe. Science used to experiment or performs an experimental process. Science is the very foundation of our lives. It is an understanding based on observation leading to inferential thinking and applying this thinking to the day-to-day happenings. Science has been derived from the Latin words 'Scientia' which means knowledge. Science is a way of Investigation.

Definition of science

  • According to BF Skinner, science is the first of all a set of attitudes it is a disposition to deal with facts rather than with what someone has said about them.
  • According to Kothari Commission, science is universal and so can be its benefits its material benefits are immense and far-reaching industrialization of agriculture and release of nuclear energy.
  • According to Einstein, science is an attempt to make the chaotic diversity of our sense experience corresponded to logically uniform systems of thought.

Nature of Science

  • It provides the essential background of knowledge for cultural development.
  • Science is ongoing. It is continually refining and expanding our horizons of knowledge of the universe.
  • It helps in developing and posturing the scientific attitude, scientific interests, and scientific Outlook among children by providing solutions for day to day problems.
  • It helps in training the children for developing scientific temper and scientific creativity.
  • It stresses the values of open-mindedness, intellectual, honest, creative, thinking and dedication.
  • It helps in building the self-confidence and systematic approach to day to day problems.
  • It is both a product and process. In its process form, it suggests ways and means of exploring the truth and in its product form; it presents a systematic and organized body of knowledge. The process form of physical science is more important than its product form. It always remains in search of facts and truth.
  • It adopts the scientific method which is known as reliable, valid, objective, unbiased and verifiable.

Therefore, science is an overall product of human activity in the form of a systematic and organized body of knowledge. It is the product of all facts connected with our information, concepts, generalizations, laws, and theories framed on the basis of the vast fund of accumulated knowledge.

Thus, science is the discipline which concerned with the study of properties of matter and energy and also with the study of the composition of various substances and their effects upon one another. It helps in explaining the natural phenomenon on the basis of established laws of nature physical science help children in developing scientific temper and other scientific virtues and values.

The scope of science teaching in schools

The scope of science teaching in schools is as follows:

  • To make students creative
  • to make them open-minded
  • to make aware of those aspects of science that are environmentally based and a life centered
  • to train students in the maintenance and use of science equipment or apparatus
  • to emphasize the scientific method which has helped in solving problems
  • to develop the power of thinking, reasoning, curiosity and scientific attitude.
  • To prepare children for a change of life 

At the primary stage, the focus should be on the child's environment i.e. social, physical and biological.
At the secondary level, the emphasis must shift to an acquisition of knowledge so science should now be taught as physics, chemistry, biology.

General Principle in the Teaching of Science

  • constructivist principles
  • Discovery principles
  • brain-based principles
  • collaborative principles
  • multiple intelligences and learning styles.
  • Connecting to Students’ Interests and Experiences
  • To develop an understanding of scientific explanations of the world, students need sustained opportunities to work with and develop the underlying ideas and to appreciate those ideas’ interconnections over a period of years rather than weeks or months.
  • Focusing on Core Ideas and Practices i.e. deep exploration of important concepts, develop meaningful understanding, and actually practice science.   
  • it is also a set of practices used to establish, extend, and refine that knowledge.
  • all students are provided with equitable opportunities to learn science and become engaged in science.

Need of Science Education in Schools

We are surrounded by technology and the products of science every day. Public policy decisions that affect every aspect of our lives are based and scientific evidence. As children grow up in an increasingly, technologically and scientifically advanced world, they need to be scientifically literate to succeed.
School education in daily life, especially at the school stage, is necessary for several reasons.

  • The rapid growth of science and technology is influencing almost all walks of life. It is resulting in the production of new materials.
  • Significant portions of the students terminate their studies after primary education and therefore there is an imperative need to provide them education on a continuing basis about the ongoing developments in the areas of science and technology having direct relevance to life.
  • In the views of the nature of science, the scientific laws and principles being the generalization of common experiences, the need for relating science with the life of a community. 

Teaching of Science wants to integrate from Students

  • Critical problem solver
  • a responsible steward of nature, environmentalist
  • informed decision-maker
  • effective communicator
  • Scientifically, Technologically and environmentally literate and protective member of society
  • equipped with a repertoire of competencies important in the world of work and in a knowledge-based society
  • Innovative and creative

Now, science is playing a utilitarian role to improve the standards of our life. Science has become more useful and helping instrument in guiding our daily living and living styles. So it is very useful in teaching.

The document Revision Notes: Nature & Structure of Sciences | Science & Pedagogy Paper 2 for CTET & TET Exams - CTET & State TET is a part of the CTET & State TET Course Science & Pedagogy Paper 2 for CTET & TET Exams.
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FAQs on Revision Notes: Nature & Structure of Sciences - Science & Pedagogy Paper 2 for CTET & TET Exams - CTET & State TET

1. What is the nature of sciences as discussed in the CTET & State TET exams?
Ans. The nature of sciences as discussed in CTET & State TET exams involves the study of natural phenomena, systematic observation, experimentation, and the formulation of theories and laws based on empirical evidence.
2. How is the structure of sciences important in the CTET & State TET exams?
Ans. The structure of sciences is important in CTET & State TET exams as it helps in understanding the hierarchy of scientific knowledge, the interrelationships between different branches of science, and the importance of interdisciplinary approaches in scientific research.
3. How are the principles of sciences applied in teaching and learning in the CTET & State TET exams?
Ans. The principles of sciences are applied in teaching and learning in CTET & State TET exams through hands-on experiments, inquiry-based learning, critical thinking skills development, and the integration of real-world applications to make science education more engaging and effective.
4. What are the key concepts related to the nature and structure of sciences that are commonly tested in the CTET & State TET exams?
Ans. Some key concepts related to the nature and structure of sciences commonly tested in CTET & State TET exams include the scientific method, laws of nature, theories, hypotheses, scientific models, and the role of technology in advancing scientific knowledge.
5. How can teachers integrate the understanding of the nature and structure of sciences into their teaching practices for the CTET & State TET exams?
Ans. Teachers can integrate the understanding of the nature and structure of sciences into their teaching practices for CTET & State TET exams by emphasizing inquiry-based learning, promoting critical thinking skills, using real-life examples, and encouraging students to explore the interconnectedness of different scientific disciplines.
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