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Salt water is at it's lowest freezing point at a 23.3% salt-to-water solution. This works out to 2.28 lbs. of salt per gallon of water. Source: http://www.varitech-industries.com/pdfs/Salt%20Brine%20Statistics%20and%20Rock%20Salt.pdf
If you have equal volumes, the salt water will weigh more.
It isn't 1+1 because the salt (some or all) will dissolve in the water. You cannot predict the volume. It needs to be measured experimentally, but the volume will certainly be less than 2 gallons.
by making a dizonium salt ( set the tempertaure delow 5°C), and after remove it with an hydride donnor/ strong reducting agent like hypophosphorous acid
Unknown. Mercury is too dangerous to test.
1 gallon vinegar, 1 cup salt, 2 tbs salt. Mix in a sprayer and there ya go.
ethylammonium chloride
salt water has more mass because of the added salt so salt is heavier :)
It's the isopropyl amine salt of glyphosate (N-phosphonomethyl glysine).
Salt water is at it's lowest freezing point at a 23.3% salt-to-water solution. This works out to 2.28 lbs. of salt per gallon of water. Source: http://www.varitech-industries.com/pdfs/Salt%20Brine%20Statistics%20and%20Rock%20Salt.pdf
yes because amine forming salt with acid and it will be meta active
8.556 pounds
A process to generate a free amine from the corresponding ammonium salt using an ion exchange resin, involves the treating an anipn exchange resin containing a weak base group in a catalytically inactive salt form and a strong base group. This would comprise of ion exchange resins with aqueous solution containing ammonium hydroxide and ammonium chloride for sufficient time to convert the weak base to their catalytically active free amine form, while maintainin strong base groups.
Approximately 200 lbs.
No. An amine reacts with an acid to form an Alkylammonium salt. If it reacts with water, Alkylammonium + Hydroxide Ion is produced.
About 8.53 pounds.
If you have equal volumes, the salt water will weigh more.