Questions I a) Which is greater in length, 1 millimeter or 1/16 inch? 2. Consider using the same meter stick and the same scale to measure two objects of different lengths. (One object is exactly 1.674532 cm in length and the other is exactly 85.839287 cm, but you won't be able to measure that preciseiy with a meter stick.) When you measure these objects using the meter stick, which of your length measurements is likely to have the higher percent error? Explain. (Hint: think of where the error comes from every time you use a measuring device and how that would affect the error of the measurernent associated with a smell versus a larger object)

Questions I a) Which is greater in length, 1 millimeter or 1/16 inch? 2. Consider using the same meter stick and the same scale to measure two objects of different lengths. (One object is exactly 1.674532 cm in length and the other is exactly 85.839287 cm, but you won't be able to measure that preciseiy with a meter stick.) When you measure these objects using the meter stick, which of your length measurements is likely to have the higher percent error? Explain. (Hint: think of where the error comes from every time you use a measuring device and how that would affect the error of the measurernent associated with a smell versus a larger object)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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1 a) Which is greater in length, 1 millimeter or 1/16 inch?
2. Consider using the same meter stick and the same scale to measure two objects of different
lengths. (One object is exactly 1.674532 cm in length and the other is exactly 85.839287 cm, but
you won't be able to measure that preciseiy with a meter stick.) When you measure these
objects using the meter stick, which of your length measurements is likely to have the higher
percent error? Explain. (Hint: think of where the error comes from every time you use a
measuring device and how that would affect the error of the measurernent associated with a
smell versus a larger object)
Focus
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