Mustard Gas can be neutralized by chlorine making it a fast acting agent. Cyanide is poisonous with a rapid effect from time of exposure. Sulfur requires massive dosages for a permanent negative impact.
The cyanide antidote is nitrite, specifically amyl nitrite or sodium nitrite, which helps to convert hemoglobin to methemoglobin, allowing it to bind cyanide. 2-PAM chloride (pralidoxime) is an antidote for organophosphate poisoning. Atropine is used to treat certain types of poisoning or overdose, but not specifically for cyanide poisoning.
The main difference between alkaline zinc plating and cyanide zinc plating is the type of bath used in the plating process. Alkaline zinc plating uses an alkaline electrolyte solution, while cyanide zinc plating uses a cyanide-based electrolyte solution. Alkaline zinc plating is considered more environmentally friendly compared to cyanide zinc plating, which contains toxic cyanide compounds.
The formula of sodium cyanide is NaCN Therefore no. of moles of sample of NaCN is the same as that of the no. of moles of CN- ions
sodium cyanide
The most deadliest poison would have to be the toxins released by certain bacteria in the Clostridium genus. Botulinum toxin is a serious neurotoxin that disables motor nerves' abilities to release acetylchloline, which is the neurotransmitter that relays nerve signals to muscles, and paralysis occurs. As this progresses the muscles that control the airway and breathing fail. The Botulinun toxin is by far the most deadliest poison. If you were to have the same amount of this poison as there is in a snake bite you could end an entire city.
c
chlorine not the answer
Carbon monoxide Chlorine gas Hydrogen cyanide Sulfur dioxide Ammonia Nitrogen dioxide Phosgene Hydrogen sulfide Ozone Carbon dioxide at high concentrations
only one or two. one of them was chlorine gas which was first used by the Germans in the battle of Ypres. give me trust point? (:
No, sodium cyanide is not considered a strong base. It is actually a weak base.
There are often additive results from industrial pollutants - for instance styrene and chlorine will combine to produce a lachrymator (from lacrima meaning "a tear" in Latin, commonly referred to as tear gas), chlorinated hydrocarbon gas (from degreasing baths) can interact with UV light from welders in welding shops to produce phosgene, phenols in water supplies can be chlorinated in treatment plants to produce chloro-phenols, cyanide can be converted to cyanide in acidic water
Cyanide
It all depends what you are burning as there are many gases. As a guide, large amounts of hydrocarbons - methane, ethylene, ethane, acetylene. Benzyne and its derivitives. Carbon monoxide. Hydrogen Cyanide, ammonia and nitrogen oxide. Chlorine, Hydrogen chloride, phosgene, dioxene and other diocarbons. Sulphurs. Phenols. Formic acid and Aceitic acid and many many more.
Decontamination
Cyanide is historically found in the following: Gold and silver mining operations Burning plastics Cyanide is not found in the seeds of plants or Teflon.
Cyanide
Cyanide compounds can be found in various forms, such as hydrogen cyanide (HCN), sodium cyanide (NaCN), potassium cyanide (KCN), and cyanogen chloride (CNCl). These compounds are highly toxic and can be lethal in small concentrations.