4.4 refixes0.441 %0.694 %0.789 %M3.06 %44.1 %k69.4 %da78.9 %4.41 ppt6.94 pptd.7.89 ppt30.6 ppt441 ppt694 ppt789 ppt4410 ppmn6940 ppm7890 ppm30600 ppmlculate the %ion, ppm, and ppt of4.41x10^5 ppm6.94x10^5 ppm7.89x10^5 ppm% : none of these decicenti102103106109C101,00millimicro1,000,001,000,000,00nanonCalculate the % (mass/mass) composition, ppm, and ppt of Si in an alloy of 30.6 g Si and 69.4 g AI.% :none of theseppt:30.6 pptppm:none of these

Total mass of composition= 30.6+69.4= 100g . So we have 30.6 g of Si in 100 g of composition. It…

deci centi 102 103 106 109 C 10 1,00 1,000,00 1,000,000,00 milli m micro nano n Calculate the % (mass/mass) composition, ppm, and ppt of Si in an alloy of 30.6 g Si and 69.4 g AI. % : none of these ppt: 30.6 ppt ppm: none of these

deci centi 102 103 106 109 C 10 1,00 1,000,00 1,000,000,00 milli m micro nano n Calculate the % (mass/mass) composition, ppm, and ppt of Si in an alloy of 30.6 g Si and 69.4 g AI. % : none of these ppt: 30.6 ppt ppm: none of these

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter23: Potentiometry

Section: Chapter Questions

Problem 23.12QAP: What arc the advantages of microfabricated ISEs? Describe typical applications of this type of...

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Question

4.4

refixes
0.441 %
0.694 %
0.789 %
M
3.06 %
44.1 %
k
69.4 %
da
78.9 %
4.41 ppt
6.94 ppt
d.
7.89 ppt
30.6 ppt
441 ppt
694 ppt
789 ppt
4410 ppm
n
6940 ppm
7890 ppm
30600 ppm
lculate the %
ion, ppm, and ppt of
4.41x10^5 ppm
6.94x10^5 ppm
7.89x10^5 ppm
% : none of these

deci
centi
102
103
106
109
C
10
1,00
milli
micro
1,000,00
1,000,000,00
nano
n
Calculate the % (mass/mass) composition, ppm, and ppt of Si in an alloy of 30.6 g Si and 69.4 g AI.
% :
none of these
ppt:
30.6 ppt
ppm:
none of these

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