Complete the table using vernier caliper or micrometer caliper. Parts B, C, and D: Micrometer Caliper and Vernier CaliperSmallest Division =0.001Estimated uncertainty = ±0.0005cm%3Dcm.V (cm³)Length,L (cm)Width,ThicknessMass,CalculatedStandardW (cm)t (cm)p (g/cm³)RectangularSampleZn (Zinc)т (g)ValueError(g/cm³)7.1412.2262.2200.080016.89Cu (Copper)12.2022.2200.075019.518.30 –8.96Pb (Lead)12.6782.2360.164050.2111.30

Answered: Parts B, C, and D: Micrometer Caliper…

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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Complete the table using vernier caliper or micrometer caliper.

Parts B, C, and D: Micrometer Caliper and Vernier Caliper
Smallest Division =
0.001
Estimated uncertainty = ±
0.0005
cm
%3D
cm.
V (cm³)
Length,
L (cm)
Width,
Thickness
Mass,
Calculated
Standard
W (cm)
t (cm)
p (g/cm³)
Rectangular
Sample
Zn (Zinc)
т (g)
Value
Error
(g/cm³)
7.14
12.226
2.220
0.0800
16.89
Cu (Copper)
12.202
2.220
0.0750
19.51
8.30 –
8.96
Pb (Lead)
12.678
2.236
0.1640
50.21
11.30

Expert Solution

Step 1

For Zinc : L=12.226 cm, W=2.220 cm, t=0.0800 cm, mass m=16.89 g and standard density $ρ_{o} = 7.14 g / c m^{3}$ . For Copper : L=12.202 cm, W=2.220 cm, t=0.0750 cm mass m=19.51 g and $ρ_{o} = 8.30 - 8.96 g / c m^{3}$ . For Lead : L=12.678 cm, W=2.236 cm, t=0.1640 cm mass m=50.21 g and $ρ_{o} = 11.30 g / c m^{3}$ .

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