e Smart Gate measures the time interval between which the black strip cuts each of the two beams. If the distance between the two beams as used by the software was too small (i.e. the actual gap between the two beams is bigger than what is in the software), how would that affect the value of the velocity of the picket fence as measured? Group of answer choices 1-The measured velocity will be smaller than the actual 2-The measured velocity will be same as the actual 3-The measured velocity will be larger than the actual
e Smart Gate measures the time interval between which the black strip cuts each of the two beams. If the distance between the two beams as used by the software was too small (i.e. the actual gap between the two beams is bigger than what is in the software), how would that affect the value of the velocity of the picket fence as measured? Group of answer choices 1-The measured velocity will be smaller than the actual 2-The measured velocity will be same as the actual 3-The measured velocity will be larger than the actual
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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The Smart Gate measures the time interval between which the black strip cuts each of the two beams. If the distance between the two beams as used by the software was too small (i.e. the actual gap between the two beams is bigger than what is in the software), how would that affect the value of the velocity of the picket fence as measured?
Group of answer choices
1-The measured velocity will be smaller than the actual
2-The measured velocity will be same as the actual
3-The measured velocity will be larger than the actual
The Smart Gate measures the time interval between which the black strip cuts each of the two beams. If the distance between the two beams as used by the software was too small (i.e. the actual gap between the two beams is bigger than what is in the software), how would that affect the value of 'g' as measured?
Group of answer choices
1-Measured 'g' will be the same as actual 'g'.
2-Measured 'g' will be the smaller than actual 'g'.
3-Measured 'g' will be the larger than actual 'g'
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