What is the present scientific status of Newtonian physics? (a) We now know for certain that Newtonian physics is correct. (b) Although we cannot know for certain that Newtonian physics is correct, no violations have ever been discovered. (c) Newtonian physics does not apply to very small objects, but otherwise no violations have been discovered. (d) Newtonian physics does not apply to very small objects, high-speed objects, and very strong gravitational forces. (e) Newtonian physics is now known to be wrong and thus it is no longer useful in science.
What is the present scientific status of Newtonian physics? (a) We now know for certain that Newtonian physics is correct. (b) Although we cannot know for certain that Newtonian physics is correct, no violations have ever been discovered. (c) Newtonian physics does not apply to very small objects, but otherwise no violations have been discovered. (d) Newtonian physics does not apply to very small objects, high-speed objects, and very strong gravitational forces. (e) Newtonian physics is now known to be wrong and thus it is no longer useful in science.
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
Transcribed Image Text:What is the present scientific status of Newtonian
physics?
(a) We now know for certain that Newtonian physics is
correct.
(b) Although we cannot know for certain that
Newtonian physics is correct, no violations have ever
been discovered.
(c) Newtonian physics does not apply to very small
objects, but otherwise no violations have been
discovered.
(d) Newtonian physics does not apply to very small
objects, high-speed objects, and very strong
gravitational forces.
(e) Newtonian physics is now known to be wrong and
thus it is no longer useful in science.
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