Question
Many models in physics and in chemistry assume the existence of a perfect vacuum (that is, a space entirely empty of matter). Yet we know
Many models in physics and in chemistry assume the existence of a perfect vacuum (that is, a space
entirely empty of matter). Yet we know that a perfect vacuum cannot exist. Are such models valid? Why
are models based on assumptions that are essentially incorrect?
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International Business
Authors: Michael Czinkota, Iikka A. Ronkainen, Michael H. Moffett
8th edition
470530658, 470530650, 978-0470530658
