Newton’s 3rd Law is distinctly different from the first two….

Question Newton’s 3rd Law is distinctly different from the first two…. Newton’s 3rd Law is distinctly different from the first two. Instead of directly describing how forces can affect the acceleration of objects, the 3rd Law states that every force in the Universe comes in a pair (the “action” and the “reaction”) that are exactly equal in magnitude but exactly opposite in direction. It is always important to note that the action and reaction affect two DIFFERENT objects. The action and reaction NEVER act on the same object. Look back on the examples you gave in DB Assignments #1 and #2. Pick out TWO different kinds of forces within one or both of these examples. For these two forces, describe the actual “force-pair” that is acting (i.e., What are the two objects and how are they applying equal and opposite forces on one another?). Science Physics PHY 101 Share QuestionEmailCopy link Comments (0)

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