# User:Matt Hartings/Notebook/AU Biomaterials Design Lab/2016/08/29 Biomaterials Design Lab Main project page Previous entry      Next entry ## Objective

Calculations for stock solutions to be made tomorrow.

## Description

stock solutions

1. 1 L of 0.001 M HCl
1. Concentrated HCl should be: 11.65 M
2. M1V1 = M2V2
3. (11.65 M)(V1) = (0.001M)(1L)
4. V1 = 85.8 μL
2. 1 L of 0.001 M HNO3
1. Concentrated HNO3 should be: 15.8 M
2. M1V1 = M2V2
3. (15.8 M)(V1) = (0.001M)(1L)
4. V1 = 63.2 μL
3. 1 L of 1 M NaOH
1. MW of NaOH = 39.997 g/mol
2. M = (m/MW)/V
3. 1 M = (m/39.997 g/mol)/1L
4. m = 39.997 g
4. 1 L of 0.001 M NaOH
1. Use 1M stock solution
2. M1V1 = M2V2
3. (1 M)(V1) = (0.001M)(1L)
4. V1 = 1 mL
5. 10 mL of 12.5 mM Fructose
1. MW = 180.16 g/mol
2. 0.0125 M = (m/180.16 g/mol)/(0.010 L)
3. m = 22.5 mg
6. 10 mL of 2.5 mM AuCl3
1. MW = 303.33 g/mol
2. 0.0025 M = (m/303.33 g/mol)/(0.010 L)
3. m = 7.58 mg
7. Protein (BSA)
1. MW = 66776 g/mol
2. 30 μM = (m/66776 g/mol)/(0.010 L)
3. m = 20.0 mg

sample solutions

1. 0.25 mM AuCl3, 0 mM fructose, pH 4 ([H+] = 1x10-4 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of HCl stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-4 M)(5 mL)
3. VHCl stock = 0.5 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.483 mL
2. 0.25 mM AuCl3, 0 mM fructose, pH 5 ([H+] = 1x10-5 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of HCl stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-5 M)(5 mL)
3. VHCl stock = 0.05 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.933 mL
3. 0.25 mM AuCl3, 0 mM fructose, pH 6 ([H+] = 1x10-6 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of HCl stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-6 M)(5 mL)
3. VHCl stock = 0.005 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.978 mL
4. 0.25 mM AuCl3, 0 mM fructose, pH 7 ([H+] = 1x10-7 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of HCl stock
1. VHCl stock = 0 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.983 mL
5. 0.25 mM AuCl3, 0 mM fructose, pH 8 ([H+] = 1x10-8 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of 0.001 M NaOH stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-6 M)(5 mL)
3. VNaOH stock = 0.005 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.978 mL
6. 0.25 mM AuCl3, 0 mM fructose, pH 9 ([H+] = 1x10-9 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of 0.001 M NaOH stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-5 M)(5 mL)
3. VNaOH stock = 0.05 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.933 mL
7. 0.25 mM AuCl3, 0 mM fructose, pH 10 ([H+] = 1x10-10 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of 0.001 M NaOH stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-4 M)(5 mL)
3. VNaOH stock = 0.5 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.483 mL
8. 0.25 mM AuCl3, 0 mM fructose, pH 11 ([H+] = 1x10-11 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of 1 M NaOH stock
1. M1V1 = M2V2
2. (1 M)V1 = (1x10-3 M)(5 mL)
3. VNaOH stock = 0.005 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.978 mL
9. 0.25 mM AuCl3, 0 mM fructose, pH 12 ([H+] = 1x10-12 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. Vfructose stock = 0 mL
3. Volume of 1 M NaOH stock
1. M1V1 = M2V2
2. (1 M)V1 = (1x10-2 M)(5 mL)
3. VNaOH stock = 0.05 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.933 mL
10. 0.25 mM AuCl3, 0 mM fructose, pH 4 ([H+] = 1x10-4 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of HCl stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-4 M)(5 mL)
3. VHCl stock = 0.5 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.458 mL
11. 0.25 mM AuCl3, 0 mM fructose, pH 5 ([H+] = 1x10-5 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of HCl stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-5 M)(5 mL)
3. VHCl stock = 0.05 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.908 mL
12. 0.25 mM AuCl3, 0 mM fructose, pH 6 ([H+] = 1x10-6 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of HCl stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-6 M)(5 mL)
3. VHCl stock = 0.005 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.953 mL
13. 0.25 mM AuCl3, 0 mM fructose, pH 7 ([H+] = 1x10-7 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of HCl stock
1. VHCl stock = 0 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VHCl stock - VProtein Stock
2. Vwater = 3.958 mL
14. 0.25 mM AuCl3, 0 mM fructose, pH 8 ([H+] = 1x10-8 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of 0.001 M NaOH stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-6 M)(5 mL)
3. VNaOH stock = 0.005 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.953 mL
15. 0.25 mM AuCl3, 0 mM fructose, pH 9 ([H+] = 1x10-9 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of 0.001 M NaOH stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-5 M)(5 mL)
3. VNaOH stock = 0.05 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.908 mL
16. 0.25 mM AuCl3, 0 mM fructose, pH 10 ([H+] = 1x10-10 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of 0.001 M NaOH stock
1. M1V1 = M2V2
2. (1x10-3 M)V1 = (1x10-4 M)(5 mL)
3. VNaOH stock = 0.5 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.458 mL
17. 0.25 mM AuCl3, 0 mM fructose, pH 11 ([H+] = 1x10-11 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of 1 M NaOH stock
1. M1V1 = M2V2
2. (1 M)V1 = (1x10-3 M)(5 mL)
3. VNaOH stock = 0.005 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.953 mL
18. 0.25 mM AuCl3, 0 mM fructose, pH 12 ([H+] = 1x10-12 M), 5 mL total
1. Volume of AuCl3 stock
1. M1V1 = M2V2
2. (0.0025 M)V1 = (0.00025 M)(5 mL)
3. VAuCl3 stock = 0.5 mL
2. Volume of fructose stock
1. M1V1 = M2V2
2. (0.0125 M)V1 = (0.0000625 M)(5 mL)
3. Vfructose stock = 0.025 mL
3. Volume of 1 M NaOH stock
1. M1V1 = M2V2
2. (1 M)V1 = (1x10-2 M)(5 mL)
3. VNaOH stock = 0.05 mL
4. Volume of Protein stock
1. M1V1 = M2V2
2. (30 μM)VProtein Stock = (3.1 μM))(5 mL)
3. VProtein Stock = 0.517 mL
5. Volume of water
1. Vwater = 5 mL - VAuCl3 stock - Vfructose stock - VNaOH stock - VProtein Stock
2. Vwater = 3.908 mL

## Data

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