How do methyl radicals react with organic solvents after diacetyl peroxide breaks down?

When diacetyl peroxide decomposes in a solution, it breaks down into carbon dioxide and methyl radicals ($·{\text{CH}}_3$).1

These highly reactive methyl radicals rapidly attack most organic solvents. A primary mechanism for this interaction is the abstraction of a hydrogen atom from the solvent molecules, which results in the formation of methane (${\text{CH}}_4$) along with other chemical products.1