Physics, Technology and Society: the basic NCERT Concept
The connection between physics,technology and society can be seen in many angelfirenm.info discipline of thermodynamics arose from the need to understand. 3 जुलाई Technology plays an important role in benefit of society. We see many examples in our daily life which show the connection between physics. How has Physics contributed in Technology and Society? What is its impact? Learn in details about other related topics and concepts by visiting BYJU'S.
This is how technologies grow from one form to another to make human life more comfortable and economical. To improve technology we understand the needs of society and figure out how principles of physics can help us in achieving our objectives. But ironically we do produce nuclear energy from atoms to meet the energy-related needs of the society.
What Is The Relationship Between Physics,technology And Society?
All inventions from the iron pin to gigantic space ships, everything is the product of physics concept and critical thinking. This makes understanding of physics more compulsory for the development of the society.
How Physics, Technology, and Society are related? The term physics, technology, and science are interrelated terms. The connection between science, technology, and science can be understood through following examples: Thermodynamics- branch of science which deals with energy and matter, came into existence when people felt the need to understand and improve the efficiency of engines. Study of thermodynamics helped in inventions like vehicles, new engines, refrigerators, blowers etc.
The invention of steam engine is responsible for the Industrial Revolution in England and had affected human civilizations Existing physics help in framing new technology and sometimes discover new physics concepts. For example, the wireless technology is framed through concepts of current, electricity and magnetism given in the 18th century The silicon chip is credit worthy for computer revolution for the last three decades.
This was possible with the advancement of semiconductors and basic electronics, which are sub-branches of Physics The applications of physics in real life become tough when certain experimental conditions are not maintained during the experiment. Earlier great physicist Ernest Rutherford failed to extract energy from atoms, but later on, in the yeartwo physicists Hahn and Meitner attained a process through which neutron of Uranium atom can be induced with its fission.
His work on calculus predates Newton and Leibniz.
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He was perhaps the first to tell about the gravitational laws and concepts of calculus. He was the disciple of Brahmagupta and proceeded on his work. He discovered the law of inertia which was later known as the first law of Newton. He also contributed in the field of Astronomy. He has given a new turn in the method of applying Science. He also invented gaseous thermometer. The names of his main books are The Principia Mathematica and Opticks.
The principles Newton proposed was a turning point in the history of Science, one equation could explain falling apple on earth and motion of planets. Kepler was also one of his assistants. And he took 16 years of long time to approach those 3 laws.
- Physics, Technology and Society: the basic NCERT Concept
- Physics, Technology and Society
- Technology And Society, Physics
He was the first who told what happens when light enters into telescope. And that's why he is known as the establisher of Geometric Optics. Inhe was appointed as the 'curator of experiments' in newly established 'Royal Society'.
He designed Gragorian Reflecting Telescope. He did a lot of research in Astronomy.
He was the first to use the word cell the biological term. He is best u known for his discovery of the law of elasticity among Physicists. He invented the catapult. He also invented the system made with the combination of pulleys and carriers for controlling heavy luggages. He also proposed his concept of buoyant force. He learnt medical science also. His famous work was in the field of fluid mechanics.
He is known as the establisher of Mathematical Physics. Lord Kelvin William Thomson: He was one of the British scientists of 19th century.
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He played a major role in the development of the concept of energy conservation earlier posed by James Joule, Mayer and Helmholtz. He proposed the concept of Absolute Temperature.
On the basis of the work done by Carnot and Kelvin, he reached till the assumption of entropy. Clausius also worked in the field of KTG kinetic theory of gases. He also gave a theory related to colour blindness. We will discuss it deeply later but the statement is All the gases of same volume contain equal number of molecules at same temperature and pressure.
He also proposed the diatomic nature of molecules of gases.