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react water and propylene,the purity of the propylene will affect how much isopropyl alcohol is made and how much propanol is made
no
Acetone is more reactive than alcohol. The reason for this, is because alcohol dries up extremely quickly, and it evaporates fast, so it doesn't have much time to react.
benzyl-alcohol react with hcl forms benzyl chloride + MgCH3 nucleophilic substitution follwed by OH- IN ANTI MARKONIKOV RULE GIVES PRODUCT
You can't use the word "dissolve"here because AlkaSlezer is chemical but the dissolve is physical,of course the word"melt",you can use react
Isopropyl butyrate (or isopropyl butanoate under IUPAC).
Isopropyl alcohol reacts with the proteins in milk, causing them to denature and become solid. Another example of denatured proteins is cooked egg white.
89.5 g. Matter is not destroyed or created when liquids are mixed or even when they react together. Isopropyl alcohol does not react with water, it just mixes.
Of course, otherwise sodium violently reacts with water (moisture) present in alcohol.
Isopropyl alcohol has the chemical formula of C3H7OH. When it reacts with oxygen, the reaction is isopropyl alcohol plus oxygen equals carbon dioxide plus water (2 C3H7OH + 9 O2 = 6 CO2 + 8 H2O).
Isopropyl alcohol is not corrosive under most conditions; however, it will react with aluminum at high temperatures, and will attack certain types of plastic, rubber, and coatings.
Since isopropyl alcohol is colorless, it's not likely to "stain" clothes.However, if the clothes are not completely colorfast, isopropanol is a pretty good solvent, so it may cause the color to fade in the area touched by it. There's also a distant possibility the dye used could react with the isopropanol in such a way as to cause it to change color, but this isn't likely.
react water and propylene,the purity of the propylene will affect how much isopropyl alcohol is made and how much propanol is made
No it isn't. Any alcohol (that doesn't have highly electronegatvie groups like -Cl or -NO2) isn't neither acid nor base. They are something like water (something like "amphoteric" compounds). They can accept proton (hydrogen cation) or they can give proton if they react with a strong base.
no
2-bromo-1-nitropropane is more sterically hindered than isopropyl bromide and therefore a worse nucleophile.
they will angry