Archimedes' Principle Please answer the question (in sentence/paragraph form) based on the data table. Thank you Assumption: nylon is weightless Estimate the deviation in our measurement if we considered the weight of the nylon string in our calculation. As an engineer, how would you account for this deviation to get an accurate measurement? Is it worth it to account for the deviation? Explain.
Archimedes' Principle Please answer the question (in sentence/paragraph form) based on the data table. Thank you Assumption: nylon is weightless Estimate the deviation in our measurement if we considered the weight of the nylon string in our calculation. As an engineer, how would you account for this deviation to get an accurate measurement? Is it worth it to account for the deviation? Explain.
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Archimedes' Principle
Please answer the question (in sentence/paragraph form) based on the data table. Thank you
Assumption: nylon is weightless
Estimate the deviation in our measurement if we considered the weight of the nylon string in our calculation. As an engineer, how would you account for this deviation to get an accurate measurement? Is it worth it to account for the deviation? Explain.
Transcribed Image Text:Table 1. Measured Values
Weight of material in air, Wa
9.016 N
Weight of material in water, Wve
7.84 N
Buoyant Force, BF
1.176 N
BF= Wa - Wa
Volume Submerged,
12 x 10-5 m 3
BF
Vol sub =
Ywater
Density of Material,
Ma
7,667 kg/m3
mast
Pmaterial
%3D
%3D
Vol displaced
VE
Unit weight of Material (metal weight)
75,133.33 N/m3
Specific Gravity of Material
7.667
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