Why Saturated Hydrocarbons Burn With Blue Flame 40+ Pages Analysis in Doc [810kb] - Latest Update

Read 10+ pages why saturated hydrocarbons burn with blue flame answer in Doc format. As a result the bottom of the cooking utensils remains clean from the outside. C What is rectified spirit. This is because the percentage of carbon in butane which is comparably low is completely oxidized by the oxygen present in the air. Read also hydrocarbons and why saturated hydrocarbons burn with blue flame They generally burn with a blue flame.

Unburnt Carbon particles present in the flames makes it sooty. The burning of carbon compounds results in a sooty deposit on the surface or a sooty flame if there is an incomplete combustion of saturated hydrocarbons due to limited supply of air.

Saturated Hydrocarbon Detailed Explanation With Examples Its is called sooty flame.

Topic: Most hydrocarbons should burn with a blue flame in an adequate amount of air. Saturated Hydrocarbon Detailed Explanation With Examples Why Saturated Hydrocarbons Burn With Blue Flame

Content: Answer Sheet

File Format: DOC

File size: 2.2mb

Number of Pages: 6+ pages

Publication Date: December 2021

Open Saturated Hydrocarbon Detailed Explanation With Examples

The flame is sooty because the percentage of carbon is comparatively higher than that of alkanes and so does not get completely oxidized in air.

Saturated hydrocarbons contain less carbon content so there is a complete combustion of these compounds and hence these compounds burn with a blue flame. They have a relatively low chemical reactivity. 11Because in saturated hydrocarbon oxygen supply is sufficient then the fuel burn completely produce blue flame. This is because the percentage of carbon in these compounds is low which gets oxidized completely by the oxygen present in. It does so because a candle wick doesnt do a good job of mixing air with the vapours of the burning hydrocarbon this is deliberate as the prime role of candles is to provide light and this comes from incandescent particles of soot in the flame. Examples include alkanes and cycloalkanes.