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Experience in the area
Chemistry (non-biochemistry), environmental science, occupational health and safety, environmental regulation and management, environmental engineering, and wastewater engineering. I'm the Director of Environmental, Health, and Safety and the Director of Research at the Institute of Textile Technology.

Experience in the area

Chemistry (non-biochemistry), environmental science, occupational health and safety, environmental regulation and management, environmental engineering, and wastewater engineering. I'm the Director of Environmental, Health, and Safety and the Director of Research at the Institute of Textile Technology.

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Recent Answers from Dr. Henry Boyter, Jr.

2009-09-29 Kidney Stones:

Kidney stones come in several types. http://www.chemistrydaily.com/chemistry/Kidney_Stone There are chemical treatments, but they are not standard. The main chemical used is good old water. http://www

2009-09-19 chemistry:

Here is the best method. With the volume of water displaced, use PV=nRT to get moles and then grams. You know P,V,R,T from the experiment. http://science.csustan.edu/byrd/chem1002/gasevol.htm

2009-09-07 Molarity:

There are two methods: 1. At low concentration water solutions (<1000 ppm), ppm is equal to mg/L. Just change mg to gram to moles. 2. At any concentration ppm is equal to mg/kg. Kg is not a volume

2009-08-24 analytical techniques:

If you have a preparation that is contaminated with metals, you may want to know which component is associated with the contamination. Is it the intended product, a side product, a filler agent, or a

2009-08-15 Bond lengths:

One way to think about it is this. Look at each one not as a C-Cl bond but as a RC-Cl bond, where R is H3, ClH2, Cl2H, and Cl3. Then think electric attraction assuming the electrons reside of the Cl

 

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