During the formation of Grignard's reagent dry or anhydrous ether is used to prevent the magnesium from moisture because in presence of water magnesium leaves the organic material and combines with water.
Grignard reagents are exceptionally strong nucleophiles, which also make them extremely strong bases. Any source of acidic protons (water, alcohols, amines, etc.) will quench a grignard reagent by protonating it.
they are very reactive towards water or strongly protic solvents.
The hydrolysis of Grignard reagent gives an alkane. Therefore, grignard reagent is stored in dry ether.
sodium hydroxide attacks the glass
Some solvent or chemicals are sensitive to light, and they get oxidised when they are exposed to it.
Anthrone reagent is prepared in concentrated sulfuric acid. Adding reagents to acid causes immediate dissociation of the reagent and releases heat. If your solution weren't cold, it could generate enough heat to blow out of the flask or bottle.
The major disadvantage of using ether as an extracting solvent is that it is very flammable. It also oxidizes into an explosive in some cases, is an anesthetic, and is very vapor dense (meaning it will fall to the floor and move around there).
because it can decompose quickly if kept in transparent bottles
Because the reaction is a strongly exothermic process. An ice bath should be kept readily available in case it should become necessary to cool the mixture to keep the reaction under control.
Because it is unstable after it hit light.
sodium hydroxide attacks the glass
Some solvent or chemicals are sensitive to light, and they get oxidised when they are exposed to it.
Anthrone reagent is prepared in concentrated sulfuric acid. Adding reagents to acid causes immediate dissociation of the reagent and releases heat. If your solution weren't cold, it could generate enough heat to blow out of the flask or bottle.
Some reactions produce both nonpolar products and nonpolar sideproducts. If the product precipitates in ether (because of its poor solubility) and the side products are not, then the ether can be added to the product-sideproduct mixture and filtered out. The solid product filtered out will be saved and the rest (the ether and side products) tossed out. If the product is soluble in ether and the side-products are not, then the solid that is filtered would be tossed out and the ether and the desired product it contains will be kept. Purification of the product could be done by evaporating the volatile ether under a fume hood.
Because nitric acid is highly fuming liquid, it spreads in air and is highly corrosive.
Well i could not get my roboreptile to work ether but i kept pressing up and it started to work PS i doesn't need to be programmed
He always kept Christmas
Always in water
Always kept on portside
well ether tend to evaporate easily in room temperature, lowering the temperature would probably lower the chance of it evaporating. Also, they're both flammable; keeping them below their flash point reduces the chance of an explosion.