In the figure below find the (a) distance traveled (b) The magnitude of displacement from start to finish, and (c) The displacement from start to finish for paths A, B, C, and D. Fill in the following values: (a) Path A: Distance traveled = m Displacement = m Magnitude of Displacement = m (b) Path B: Distance traveled = m Displacement = m Magnitude of Displacement = m (c) Path C: Distance traveled = m Displacement = m Magnitude of Displacement = m
In the figure below find the (a) distance traveled (b) The magnitude of displacement from start to finish, and (c) The displacement from start to finish for paths A, B, C, and D. Fill in the following values: (a) Path A: Distance traveled = m
Displacement = m
Magnitude of Displacement = m
(b) Path B: Distance traveled = m
Displacement = m
Magnitude of Displacement = m
(c) Path C: Distance traveled = m
Displacement = m
Magnitude of Displacement = m
(d) Path D: Distance traveled = m
Displacement = m
Magnitude of Displacement = m
(e) Using the example above, determine if the statement below is true or false. The distance traveled by an object is equal to the magnitude of the displacement when the path taken by the object is a straight line.
(f) Using the example above, for any path, what is the relationship between the distance traveled and displacement?
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