# User:Madeleine Y. Bee/Notebook/CHEM-571 2013F/2013/09/03

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Dilutions to make, each with total volumes of 1mL:<br.> | Dilutions to make, each with total volumes of 1mL:<br.> | ||

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- | |<u>Adenosine solution concentrations (M) | + | |<u>Adenosine solution concentrations (M) |

- | |<u>Volume stock solution added(L) | + | |<u>Volume stock solution added (L) |

- | |<u>Inosine solution concentrations (M) | + | |<u>Inosine solution concentrations (M) |

- | |<u>Volume of stock solution added(L) | + | |<u>Volume of stock solution added (L) |

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|3.00x10<sup>-5</sup> | |3.00x10<sup>-5</sup> |

## Revision as of 15:08, 3 September 2013

Experimental Biological Chemistry: Fall 2013 | Main project page Previous entry Next entry | ||||||||||||||||||||||||||||||||

## September 3, 2013## ObjectiveExecute Dr Hartings' procedureby making several dilutions of adenosine and inosine solutions, measuring adsorption spectra, constructing calibration curves, and determining concentration of 'unknowns' using calibration curves. ## Procedure Prep## Stock Solutions and DilutionsAdenosine MW:267.24g/mol
## Data## Absorption Spectra## Calculations and AnalysisDetermine the standard deviation for your data points. ## Calibration Curves## Determining Unknown's Concentration## Notes |