The boiling point of an alkane is influenced by the strength of its intermolecular induced dipole-dipole forces, which vary based on the length of the carbon chain and the extent of branching.

The boiling point of an alkane is influenced by the strength of its intermolecular induced dipole-dipole forces, which vary based on the length of the carbon chain and the extent of branching.

Combustion reactions of alkanes Alkanes serve as efficient fuels, releasing a significant amount of energy when burnt. They are used in various applications such as power generation, heating, and …

The overall reaction is a substitution, where a hydrogen atom in the alkane molecule is replaced by a halogen atom like chlorine or bromine. Free radical substitution mechanism Photochemical …

Cognito Edu offers free learning resources, including videos and flashcards, to help students excel in GCSE Maths and Science.

You just match the number of carbons and hydrogens from the alkane. C4H10 + ? O 2 4C O 2 + 5H2 O When balancing the oxygens though, it's common to find an odd number of oxygen atoms on the …

To maximise the yield of a desired halogenoalkane, it's advisable to use a significant excess of the alkane relative to the halogen, minimising further substitution reactions.

Cracking is a key process that involves breaking the carbon-carbon bonds in larger alkane chains to form smaller alkenes and alkanes. It is a type of thermal decomposition reaction.

butane has a longer carbon chain butane is a straight-chain alkane, allowing closer packing methylpropane has a longer carbon chain methylpropane is a straight-chain alkane, allowing closer …

The overall reaction is a substitution, where a hydrogen atom in the alkane molecule is replaced by a halogen atom like chlorine or bromine. Free radical substitution mechanism Photochemical …