User:Klare Lazor/Notebook/Chem-496-001/2012/09/27
Biomaterials Design Lab | Main project page Previous entry Next entry |
Objective1) XRay analysis of 100% and 50% CEC surfactant Clay 2) Standard solution of CuSO4 calculations Description2) standard solution calculations for dilution of stock solution of CuSO4*5H2O <html> <HEAD> <TITLE>Enter the Page Title Here</TITLE> </HEAD> <BODY> <TABLE width="75%" border="1" align="center" > <TR><TH>Standard #</TH><TH>CuSO4*5H2O (mL)</TH><TH>H2O(mL)3</TH><TH>m1v1=m2v2</TH><TH>Concentration (ppm)</></TR> <TR align="center"> <TD>1</TD><TD>0.25</TD><TD>9.75</TD><TD>(.013581g/ml)(.25ml)=x(10ml)</TD><TD>0.00033953 g/ml=.339525ppm</TD> </TR> <TR align="center"> <TD>2</TD><TD>0.50</TD><TD>9.50</TD><TD>(0.013581g/ml)(.5ml)=x(10ml)</TD><TD>0.000679g/ml=.679ppm</TD> </TR> <TR align="center"> <TD>3</TD><TD>1.00</TD><TD>9.00</TD><TD>(0.013581g/ml)(1ml)=x(10ml)</TD><TD>.0013581g/ml=1.358ppm</TD> </TR> <TR align="center"> <TD>4</TD><TD>2.00</TD><TD>8.00</TD><TD>(0.01358g/ml)(2ml)=x(10ml)</TD><TD>.002716g/ml=2.716ppm</TD> </TR> <TR align="center"> <TD>5</TD><TD>3.00</TD><TD>7.00</TD><TD>(0.01358g/ml)(3ml)=x(10ml)</TD><TD>.004074g/ml=4.074ppm</TD> </TR> <TR align="center"> <TD>6</TD><TD>7.00</TD><TD>3.00</TD><TD>(0.01358mg/ml)(7ml)=x(10ml)</TD><TD>.009506g/ml=9.5ppm</TD> </TR> <TR align="center"> <TD>7</TD><TD>10.00</TD><TD>0</TD><TD>(0.01358g/ml)(10ml)=x(10ml)</TD><TD>.01354g/ml=13.58ppm</TD> </TR> </TABLE> </BODY> </html> Calculations: 20.53mg/ml of copper sulfate so multiple by weight of sulfate to get concentration of sulfate in solution
To find the concentration of copper for our standers multiple concentration of sulfate to copper weight
Data
NotesThis area is for any observations or conclusions that you would like to note.
|