Sentence example of “arsenic”

How to use in-sentence of “arsenic”:

+ The arsenic is in its +3 oxidation state.

+ It is made by reacting arsenic trioxide with hydrofluoric acid or by reacting excess arsenic with fluorine.

+ It melts at 300°C and oxidationoxidizes to arsenic trioxide at higher temperatures.

+ The arsenic trichlorides are low melting covalent solids.

+ Arsenic trisulfide, also known as orpiment or arsenic sulfide, is a chemical compound.

+ Wood that was preserved with arsenic compounds can leach arsenic into the soil.

+ Arsine is made by reacting any arsenic compound with any hydride.

+ Arsenic trioxide, also known as white arsenic, arsenic oxide, or arsenious oxide, is a chemical compound.

Sentence example of arsenic
Sentence example of arsenic

Example sentences of “arsenic”:

+ Most arsenic is made from the waste products after other metals are processed.

+ It has arsenic and oxide ions in it.

+ It is toxic like all arsenic compounds.

+ It has arsenic and sulfide ions in it.

+ Emissions from coke ovens have arsenic in them.

+ It breaks down to arsenic and hydrogen when heated.

+ Cattail has also been used as a water filter to remove the poisonous chemical arsenic from drinking water.

+ The LD50 for arsenic pentoxide is 8mg/kg for rats.

+ It is made by reacting sodium iodidesodium or potassium iodide with arsenic trichloride.

+ This makes arsenic trioxide which sublimes, while the iron oxide stays behind.

+ It was claimed that, when it did not have phosphorus, it took the usually poisonous Chemical elementelement arsenic as a substitute.

+ It was made by reacting lead nitrate with arsenic acid.

+ Arsenic acid is used in the making of some dyes and organic arsenic compounds.

+ Very tiny doses of arsenic compounds can act as stimulants.

+ Some feed for animals had arsenic in it to prevent disease.

+ Gray arsenic is the most common.

+ Arsenopyrite is iron arsenic sulfide.

+ It reacts with water to make arsenic trioxide and hydrobromic acid.

+ It is made by dissolving arsenic trioxide or arsenic trichloride in water.

+ For example, looking at how much arsenic is in food.

+ Most arsenic is made from the waste products after other metals are processed.

+ It has arsenic and oxide ions in it.
+ It is toxic like all arsenic compounds.

More in-sentence examples of “arsenic”:

+ Sodium arsenite is made by reacting sodium hydroxide with arsenic trioxide.

+ Also, the bones had lots of unusual chemicals in them, such as arsenic and lead, which were found in the artist's paints.

+ Sodium arsenite is made by reacting sodium hydroxide with arsenic trioxide.

+ Also, the bones had lots of unusual chemicals in them, such as arsenic and lead, which were found in the artist’s paints.

+ Arsenates are salts of arsenic acid.

+ Some bullets have arsenic in them.

+ It is toxic because it gets a layer of arsenic trioxide on it by oxidation in the air.

+ Water near arsenic mines is normally contaminated with arsenic.

+ It reacts with the rest of the halogens to make the arsenic trihalides.

+ When the substance becomes wet, it turns into arsenic acid, which corrodes metals.

+ It is also made when arsenic and sulfur are heated together.

+ During the late 19th century, arsenic production came to the east of Cornwall and West Devon.

+ It was first made by reacting zinc, hydrochloric acid, and arsenic trioxide.

+ It reacts with reducing agents to make arsenic or arsine.

+ It reacts with very strong oxidizing agents to make arsenic pentoxide.

+ Yellow arsenic is unstable and rare.

+ The lead in lead acid batteries has some arsenic in it to make it stronger.

+ Once people saw how toxic arsenic was, they stopped using it to preserve wood.

+ Arsenic trichloride is made by reacting arsenic with chlorine or by reacting arsenic trioxide with hydrochloric acid or sulfur monochloride.

+ Normally the three metals are bonded to arsenic and sulfur.

+ The arsenic pentoxide drops out as white powder.

+ In it, two women poison old men with arsenic if they think the men are lonely.

+ They are called arsenic bacteria.

+ It is made by reacting arsenic trichloride or arsenic with gallium.

+ The arsenic trioxide can be reduction reduced with carbon.

+ Potassium arsenate is made by reacting amounts of potassium hydroxide with arsenic acid.

+ It is normally made from orpiment or realgar, arsenic sulfide minerals.

+ An arsenic compound could have been the first organometallic compound.

+ To produce arsenic pentoxid, arsenic acid will be dehydrated.

+ Arsenic pentoxide dissolves in water to make arsenic acid, which can make arsenate salts.

+ Arsenic pentoxide, also known as arsenic oxide, is a chemical compound.

+ Sunflowers may also be used to extract toxic ingredients from soil, such as lead, arsenic and uranium.

+ Arsenic reacts with fluorine to make arsenic pentafluoride.

+ Other arsenic minerals have a metal and arsenic.

+ About 50,000 tons of arsenic trioxide are made each year.

+ Arsenic pentafluoride, a colorless and highly reactive gas, is the only stable arsenic pentahalide.

+ Since gray arsenic is the most common, it is usually referred to as arsenic.

+ To make the n-type semiconductor, pentavalent impurities like phosphorus or arsenic are added.

+ Other arsenic minerals are simple.

+ It breaks down when heated to make arsenic trioxide, arsenic metal, and iodine.

+ Silicon with arsenic dissolved in it makes a good n-side semiconductor, while silicon with aluminum dissolved in it makes a good p-side semiconductor.

+ The heavy metals most commonly associated with poisoning of humans are lead, mercury, arsenic and cadmium.

+ In 1919, the British Royal Air Force dropped arsenic gas on Bolshevik soldiers during the Russian Civil War.

+ It is separated from arsenic by the boiling of the arsenic trioxide before the antimony trioxide boils.

+ Realgar and orpiment, simple arsenic minerals, are ores of arsenic.

+ It was a compound of arsenic which went by the trade name of “Salvarsan”.

+ It turns into gray arsenic in light.

+ It reacts with concentrated sulfuric acid to make arsenic trioxide.

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