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The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? for CAT 2025 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for CAT 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer?.

Solutions for The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? in English & in Hindi are available as part of our courses for CAT. Download more important topics, notes, lectures and mock test series for CAT Exam by signing up for free.

Here you can find the meaning of The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer?, a detailed solution for The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? has been provided alongside types of The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice The passage given below is followed by four alternate summaries. Choose the option that best captures the essence of the passage.Physics is a pure science that seeks to understand the behavior of matter without regard to whether it will afford any practical benefit.Engineering is the correlative applied science in which physical theories are put to some specific use, such as building a bridge or a nuclear reactor. Engineers obviously rely heavily on the discoveries of physicists, but an engineer's knowledge of the world is not the same as the physicist's knowledge. In fact, an engineer's know-how will often depend on physical theories that, from the point of view of pure physics, are false. There are some reasons for this. First, theories that are false in the purest and strictest sense are still sometimes very good approximations to the true ones, and often have the added virtue of being much easier to work with. Second, sometimes the true theories apply only under highly idealized conditions which can only be created under controlled experimental situations. The engineer finds that in the real world, theories rejected by physicists yield more accurate predictions than the ones that they accept.a) Though engineering draws heavily from pure science, it contributes to knowledge, by incorporating the constraints and conditions in the real world.b) Engineering and physics fundamentally differ on matters like building a bridge or a nuclear reactor.c) The relationship between pure and applied science is strictly linear, with the pure science directing applied science, and never the other way round.d) The unique task of the engineer is to identify, understand, and interpret the design constraints to produce a successful resultCorrect answer is option 'A'. Can you explain this answer? tests, examples and also practice CAT tests.