An elimination reaction is highly favoured if:
(a) A bulkier base is used
(b) A higher temperature is used.
(c) the solvent is ethanol rather than water.
(d) a stronger base is used.
the reaction is highly exothermic ,, so it is nearly consumed totl
You think probably to a neutralization reaction.
When another reaction is meant:H2SO4 --> SO3 + H2O then this makes more sense than the non-descriptive symbols like ½, æ, ¾ in the above " H½SO æ SO¾ plus H½O "Though this reaction H2SO4 --> SO3 + H2O is possible, it is a highly unlikely (endothermic) reaction called de-hydratation of sulfuric acid.The other way around SO3 + H2O --> H2SO4 is far more favoured and very, dangerously exothermic. It might set paper in fire and SO3 'burns' your skin until carbonized.
When aluminum burns, the reaction is highly exothermic.
sodium is one of the most reactive metals. it even reacts vigorously with cold water. therefore when combined with dil. HCl the reaction is highly explosive.
The most significant side effects of an elimination diet are nutritional disorders resulting from a prolonged, highly restrictive diet, and the risk of a serious reaction as suspect foods are re-introduced to the diet.
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beans on toast with a glass of milk or cup of tea depending on the day of the week and cercumstances. WEDNESDAY IS A TEA DAY BTW ;)
Yes,it can
the reaction is highly exothermic ,, so it is nearly consumed totl
You think probably to a neutralization reaction.
When another reaction is meant:H2SO4 --> SO3 + H2O then this makes more sense than the non-descriptive symbols like ½, æ, ¾ in the above " H½SO æ SO¾ plus H½O "Though this reaction H2SO4 --> SO3 + H2O is possible, it is a highly unlikely (endothermic) reaction called de-hydratation of sulfuric acid.The other way around SO3 + H2O --> H2SO4 is far more favoured and very, dangerously exothermic. It might set paper in fire and SO3 'burns' your skin until carbonized.
You can find a list of highly exothermic reactions in chemical databases, textbooks, or research articles on topics such as combustion, neutralization, or oxidation. These reactions release a large amount of heat energy as a byproduct, making them useful in applications like explosives or fuel production.
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It depends on the structure of the alkyl halide. Although generally E1 elimination would predominate in cases where the alkyl halide is highly substituted (and more products are possible).
This reaction is highly exothermic:Fe2O3 + 2 Al = 2 Fe + Al2O3