- #Chemistry calculator program how to
- #Chemistry calculator program install
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- #Chemistry calculator program full
- #Chemistry calculator program plus
Do not try to “Open” the file on your computer. When downloading to your computer, “Save” the file to your desktop. Download the “ZoomChem.8xk” file to your desktop.Mac: Click here to download TI Connect for Mac.Windows: Click here to download TI Connect for Windows.Keep deleting apps until you have at least 33,000 ARC FREE. The calculator will ask, “Are You Sure?” Choose “2:Yes.”.Move the arrow onto an app you aren’t using and press DEL.Go down below the bottom of the screen until you reach a menu option that says “A:Apps.” Highlight that option and press ENTER. If you have less than 33,000 ARC FREE, you need to delete some apps you aren’t using.How much ARC FREE does your calculator have? If it’s more than 33,000 (or 33K), then it’s enough.You also need TI Connect (available below), and you need a cable to connect your calculator to your computer.
#Chemistry calculator program plus
(A TI-84 Plus Silver Edition or a TI-Nspire with an 84 Plus keypad installed will work.)
#Chemistry calculator program install
To install Zoom Chemistry, you need a TI-83 Plus or TI-84 Plus graphing calculator that is not a CE.
#Chemistry calculator program full
By downloading, viewing and utilizing information from the AMGS calculator, visitors assume full responsibility for their own actions and any damages or liabilities that may result from the utilization of information obtained from the AMGS calculator.Zoom Chemistry Installation Instructions What You Need The Roundtable has used reasonable efforts in collecting, preparing and providing quality information and material, but does not warrant or guarantee the accuracy, completeness, adequacy or currency of the information contained in the AMGS calculator. The American Chemical Society Green Chemistry Institute’s Pharmaceutical Roundtable (“the Roundtable”) has created this AMGS calculator to inform and guide users towards greener methods. Use the following web link to read this paper. Others that tested the calculator with HPLC, UPLC, SFC or Preparative HPLC- or Preparative SFC- methods are listed as co-authors in the following Green Chemistry publication: The members that contributed to the development and launch of the calculator are: Michael Hicks (Merck, Rahway, NJ), Bill Farrell and Christine Aurigemma (Pfizer, San Diego, CA), Paul Ferguson (AstraZeneca, Macclesfield, UK), and Dave Constable, Isamir Martinez and Christiana Briddell (ACS GCI, Washington, DC). This calculator was developed from a Microsoft Excel-based program first developed by Laurent Lehman at Bristol-Myers Squibb, New Brunswick and further improved through development by members of the American Chemical Society (ACS) Green Chemistry Institute (GCI) Pharmaceutical Roundtable’s Analytical Chemistry team.
#Chemistry calculator program how to
Please e-mail for specific details on how to improve the AMGS, so we can address your comments in future iterations of the tool. It is not currently designed for gas chromatographic methods, although the team welcomes specific suggestions for future versions. This calculator is for determining liquid chromatography and SFC greenness scores only. Where both a resolution and a sensitivity solution are used, the total volume should be included for both solutions in the sensitivity solution entry.
#Chemistry calculator program serial
If this solution is prepared through serial dilution, please provide the total volume of dilutions used to make the final solution. The system suitability test (SST) is typically 0.05% (v/v) relative to the API reference standard. Yellow and red colors were used to highlight areas where the method could be improved for example, in the table above, the instrument energy could be reduced by shortening the method run time. These colors are meant as an indicator highlighting the highest contribution to the AMGS value. The color coding is meant as a guideline that indicates if a specific energy score (of the three noted categories), tips the balance of the AMGS total % beyond a ~1/3 contribution. The team feels that having this metric available will provide an environmental impact awareness and encourage analysts to develop greener methods. The AMGS metric factors solvent health, safety, environmental impact and cumulative energy demand, instrument energy usage and method solvent waste to benchmark and compare one method to another. The lower the AMGS, the greener the method. It is not meant as an absolute measure of method greenness or as a means to reject a given method based on the finite score. This tool is intended as general metric guideline to compare methods during development.
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