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Now, it is time to prepare for the EPA lab and further testing and analysis by creating a Laboratory Testing Notes table. We will create this table in just a minute. The agency has requested that you analyze the water samples for the following data: Salinity Mineral content Nitrogen Dissolved oxygena Turbidity

The EPA has also in that the following equipment is available in the lab pH mater Conducivity mele Refractometer Atpmic absorption spectrometer Turbidiry meter In a mew word processing document or spreadsheet, create your I aboratory Testing Notes table, should look somet hing like this hp

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Certainly! Below is an example of how your Laboratory Testing Notes table could look based on the requirements you've provided. You can create this in a word processing document or a spreadsheet program like Microsoft Word or Excel.

Laboratory Testing Notes Table

| Test Parameter | Equipment Used | Sample ID | Sample Collection Date | Sample Collection Time | Results | Comments | |-------------------------|---------------------------------|----------------|---------------------------|----------------------------|-------------|----------------------------| | Salinity | Refractometer | | | | | | | Mineral Content | Atomic Absorption Spectrometer | | | | | | | Nitrogen | Conductivity Meter | | | | | | | Dissolved Oxygen | pH Meter (may involve indirect measurement) | | | | | | | Turbidity | Turbidity Meter | | | | | |

Notes:

  • Sample ID: Assign a unique identifier for each water sample.
  • Sample Collection Date/Time: Record when each sample was collected to ensure accurate monitoring.
  • Results: Fill this column with numerical results and units for each test after analysis.
  • Comments: Use this space to note any observations or further instructions during testing.

You can expand, modify, or personalize this table according to your specific lab procedures and data recording needs.