Highlight all or portions of the following 48 observations
of the atomic weight of silver, then copy and paste them
into the Histogram applet.


107.8681568
107.8681465
107.8681572
107.8681785
107.8681446
107.8681903
107.8681526
107.8681494
107.8681616
107.8681587
107.8681519
107.8681486
107.8681419
107.8681569
107.8681508
107.8681672
107.8681385
107.8681518
107.8681662
107.8681424
107.8681360
107.8681333
107.8681610
107.8681477
107.8681079
107.8681344
107.8681513
107.8681197
107.8681604
107.8681385
107.8681642
107.8681365
107.8681151
107.8681082
107.8681517
107.8681448
107.8681198
107.8681482
107.8681334
107.8681609
107.8681101
107.8681512
107.8681469
107.8681360
107.8681254
107.8681261
107.8681450
107.8681368

Source:  StatLib
http://lib.stat.cmu.edu/datasets/

NIST National Institute of Standards and Technology
Statistical Reference Datasets

Atomic Weight of Silver
http://www.nist.gov/itl/div898/strd/anova/Ag_Atomic_Wt.html

The atomic weight of a reference sample of silver was measured at NIST
using two nearly identical mass spectrometers. This project was undertaken
in conjunction with the redetermination of the Faraday constant.

Reference:      Powell, L.J., Murphy, T.J. and Gramlich, J.W. (1982).
"The Absolute Isotopic Abundance & Atomic Weight of a Reference
Sample of Silver". NBS Journal of Research, 87, pp. 9-19.

48 Observations