I need help with this physics question, please.If you can't answer it, can you explain what the question is asking, please?Below is the question:Consider the errors involved in the measurements you made in this lab in both length and mass. Search the internet to find devices that exceed the precision of devices used in this lab. Can you find the maximum experimental precision of mass and length measurement that has currently been achieved? Equipment:1. Triple-Beam Balance with a set of standard weights.2. Ruler.3. Vernier Caliper.4. Micrometer With Ruler:Sample Height, (cm)1.short 1.52.long5With Vernier Caliner1.longobiect2.short 1.512obiectSample5.004With Micrometer:2.longHSample Height, (cm) Diameter, (cm)H1.short 1.55Notapplicable(Weight istoo big formeasuring)Diameter, (cm)2.51.long 17.2object2.short 20.51.21.27m2.54Height, (cm) Diameter, (cm)HD2.5851.318Sample Triple Beam BalanceMass measurement (g)DTable ADError in Height,SHH3.33%Table B1%Table C17.0518Error in Height,SHH.099920.4887.3306x 100%Table D-1x 100%Error in Height,SHHLab Manual: General Physics I (SCP231)Natural Sciences Department, LaGuardia Community College0.0323%x 100%Analytic Balance Massmeasurement (g)mError in Diameter,SDTX 100%2%4.2%Error in Diameter,SDD.39372. Measure the Mass m of each weight using the triple-beam balance and theworking analytic balance. Record relevant data in Table D..1969x 100%Error in Diameter,SD-x 100%X0.0193%0.0379%Error inMass,triplebeam0.5818mmx 100%Error inMass,AnalyticbalanceSmm-x1000.00580.487 0.0048

The question states that we have obtained certain measurements using given devices. Using these…

Answered: If you can't answer it, can you explain…

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter1: Units And Measurement

Section: Chapter Questions

Problem 83AP: A marathon runner completes a 42.188-km course in 2 h, 30 min, and 12s. There is an uncertainty of...

See similar textbooks

Related questions

Concept explainers

Question

I need help with this physics question, please.

If you can't answer it, can you explain what the question is asking, please?

Below is the question:

Consider the errors involved in the measurements you made in this lab in both length and mass. Search the internet to find devices that exceed the precision of devices used in this lab. Can you find the maximum experimental precision of mass and length measurement that has currently been achieved?

Equipment:
1. Triple-Beam Balance with a set of standard weights.
2. Ruler.
3. Vernier Caliper.
4. Micrometer

With Ruler:
Sample Height, (cm)
1.short 1.5
2.long
5
With Vernier Caliner
1.long
obiect
2.short 1.512
obiect
Sample
5.004
With Micrometer:
2.long
H
Sample Height, (cm) Diameter, (cm)
H
1.short 1.55
Not
applicable
(Weight is
too big for
measuring)
Diameter, (cm)
2.5
1.long 17.2
object
2.short 20.5
1.2
1.27
m
2.54
Height, (cm) Diameter, (cm)
H
D
2.585
1.318
Sample Triple Beam Balance
Mass measurement (g)
D
Table A
D
Error in Height,
SH
H
3.33%
Table B
1%
Table C
17.0518
Error in Height,
SH
H
.0999
20.4887
.3306
x 100%
Table D-1
x 100%
Error in Height,
SH
H
Lab Manual: General Physics I (SCP231)
Natural Sciences Department, LaGuardia Community College
0.0323%
x 100%
Analytic Balance Mass
measurement (g)
m
Error in Diameter,
SD
TX 100%
2%
4.2%
Error in Diameter,
SD
D
.3937
2. Measure the Mass m of each weight using the triple-beam balance and the
working analytic balance. Record relevant data in Table D.
.1969
x 100%
Error in Diameter,
SD
-x 100%
X
0.0193%
0.0379%
Error in
Mass,
triple
beam
0.581
8m
m
x 100%
Error in
Mass,
Analytic
balance
Sm
m
-x100
0.0058
0.487 0.0048

Expert Solution

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, physics and related others by exploring similar questions and additional content below.

Similar questions