It returned the mustard back to its original acidic state. Mustard contains a natural pH indicator that is yellow when it is acidic and brownish when it is neutral or basic.
When ammonia is added to mustard, a color change would typically result in a yellow or orange-yellow color becoming more intense or bright. This is due to the alkaline nature of ammonia enhancing the yellow pigment present in mustard.
Chlorine and Mustard gas are gaseous chemical compounds that are highly toxic to humans. They were both used as weapons during the First World War and both compounds were favored by the Central powers. Chlorine gas was the first chemical weapon used in the war at the second battle of Ypres. It was released from large tanks and allowed to drift towards Allied positions. Chlorine is heavier than air and thus stays close to ground level, making it very effective in trench warfare. Mustard gas was not commonly used in such a massive release and was most often deployed via artillery bombardment. Mustard gas blisters the lungs and other exposed areas and is generally more lethal than chlorine. Like all chemical weapons, mustard and chlorine gas are considered prohibited weapons under the Geneva conventions.
mustard gas
The first concern when responding to a sulfur mustard incident is ensuring the safety of all individuals exposed to the chemical. This includes providing immediate medical attention to those affected, decontaminating the area to prevent further exposure, and implementing measures to protect emergency responders. It is also important to contain the spread of the chemical to minimize its impact on surrounding communities.
yes
When ammonia is added to mustard, a color change would typically result in a yellow or orange-yellow color becoming more intense or bright. This is due to the alkaline nature of ammonia enhancing the yellow pigment present in mustard.
No.
ammonia + bleach = mustard gas
The yellow color in mustard comes from the rootstock of a plant called tumeric.
Want to be more specific on the "mustard family" part? Are you refering to a group of individuals who's patronage was of the Mustards? Or to the mustard tree?
The chemical name for HNO3 is Nitric Acid.
blistering-mustard-agent(mustard gas), V.X.-nerve-agent, sarin-nerve-agent.
The ingredients are ammonia and bleach (Not only is this not true, it is DANGEROUS! It will produce Chlorine gas witch eats at the lining of your respiratory track. Real mustard gas is liquid at room temperature)
Warfare using mustard gas and chlorine gas.
Yes, extremely large amounts of them. Red ants have a part of their body that detects a certain chemical. This chemical is on mostly in stadium mustard. In fact most people with stadium mustard complain about their being ants in it, so you should stay away from mustard.
Yes, it is true; examples: Hydrogen Cyanide Cyanogen Chloride Mustard Nitrogen Mustard Distilled Mustard Phosgene Oxime Lewsite Nerve Agents
Mustard Gas (Yperite) was first used by the German Army in September 1917. It had disastrous affect on humans who were exposed to this dangerous vapor. Mustard gas is a strong compound that causes blisters. Choosing the right safety gear like gas masks would help protect oneself from Nuclear, Chemical & Biological agents Mustard gas was used in chemical warfare as early as World War I by Germans and as late as the Iran-Iraq War in 1980-1988. Sulfur mustard is a thick liquid, which was made for use as a chemical weapon. The sulfur mustards, of which mustard gas is a member, are a class of related vesicant chemical warfare agents with the ability to form large blisters on exposed skin. In their pure form most sulfur mustards are colorless, odorless, viscous liquids at room temperature. The name "mustard" comes from the smell associated with impure mustard gas, which is usually yellow-brown in color and has an odor resembling mustard plants, garlic or horseradish.