Question

Write an equation for the reaction that takes place in a luminous flame assuming the laboratory gas is Butane

Answer 1

Answer:

Fire's basic combustion equation is: fuel + oxygen —> carbon dioxide + water, a line many of us had drummed into us by school teachers. However, combustion reactions do not proceed directly from oxygen to carbon dioxide.

Explanation:

Fire's basic combustion equation is: fuel + oxygen —> carbon dioxide + water, a line many of us had drummed into us by school teachers. However, combustion reactions do not proceed directly from oxygen to carbon dioxide.

Answer 2

The equation for luminous flame assuming the laboratory gas is butane is fuel + oxygen → $CO_{2} + H_{2}O$.

What is butane?

Natural gas, the source of butane, would be a colorless, odorless, but also shapeless gas by nature. This kind of gas is extremely prevalent throughout the world and seems to be comparatively cheap to mine as well as produce.

What is a luminous flame?

A burning flame that is clearly seen would be called a luminous flame.

When fuel is reacted with oxygen gas then it will form carbon dioxide and water. It can be written as:

fuel + oxygen → $CO_{2} + H_{2}O$.

To know more about luminous flame and butane

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