InstrumentRulerQuantities DiameterUnitsmMeas #1Meas #2Meas #3Meas #4Meas #5Meas #60.0110.0170.0190.0160.0090.021VernierCaliper Micro-meterDiameterDiameter0.01200.01660.01820.01510.01000.02250.012680.017450.019040.015870.009470.02221RulerVolume7.0E-072.6E-063.6E-062.1E-064.E-074.8E-06Measurements: diameter and volume. Results: massVernierCaliperVolumeMeasurements: diameter and mass. Results: volumeO Measurements: diameter and mass. Results: none.9.05E-072.40E-063.16E-061.80E-065.24E-075.96E-06Among this data, what is considered raw measurement and plain result?Micro-meterVolume1.067E-062.782E-063.614E-062.093E-064.45E-075.736E-06Measurements: diameter measured with the ruler only and mass. Results: volume.ScaleMasskg0.008500.020800.027200.016800.003890.04423

Answered: Instrument Ruler Quantities Diameter…

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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Question

Instrument
Ruler
Quantities Diameter
Units
m
Meas #1
Meas #2
Meas #3
Meas #4
Meas #5
Meas #6
0.011
0.017
0.019
0.016
0.009
0.021
Vernier
Caliper Micro-meter
Diameter
Diameter
0.0120
0.0166
0.0182
0.0151
0.0100
0.0225
0.01268
0.01745
0.01904
0.01587
0.00947
0.02221
Ruler
Volume
7.0E-07
2.6E-06
3.6E-06
2.1E-06
4.E-07
4.8E-06
Measurements: diameter and volume. Results: mass
Vernier
Caliper
Volume
Measurements: diameter and mass. Results: volume
O Measurements: diameter and mass. Results: none.
9.05E-07
2.40E-06
3.16E-06
1.80E-06
5.24E-07
5.96E-06
Among this data, what is considered raw measurement and plain result?
Micro-meter
Volume
1.067E-06
2.782E-06
3.614E-06
2.093E-06
4.45E-07
5.736E-06
Measurements: diameter measured with the ruler only and mass. Results: volume.
Scale
Mass
kg
0.00850
0.02080
0.02720
0.01680
0.00389
0.04423

Expert Solution

Step 1

We know,

If we measure diameter (d) then we can easily calculate radius (r).

So, after calculating radius from measuring diameter we can calculate volume by using specific formula for specific object ( like cylinder, sphere, cone etc.)

We also known that volume is related to mass by a formula i.e

Mass $v = \frac{m}{ρ}$

where,

'm' is the mass

' $ρ$ ' is the density

'v' is the volume

So, after measuring volume(v) and from given density( $ρ$ ) we can easily calculate mass.

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