I'm not sure you understand 2 stroke engines very well...or physics.
There is residual premix (rod bearings, pistons, and cylinders) and raw oil (crank bearings) left on every surface inside the engine. It is by no means dry. Depending on how long it sits, the fuel evaporates and leaves the oil behind. The oil alone does not flow as well as the gas/oil mixture in a warm or running engine. The cold oil resists flow and "sticks" the parts together. Due to this, and denser cold air that is trying to be compressed in the morning, it takes more force to pull over a cold engine and get it up to the same rotating speed as it does a warm engine. No one will dispute that.
Work=Force*Distance. If you pull the engine over slow with a smaller force multiple times it could add up to more work than applying a larger force a fewer amount of times. However, increased force on components, whether in the engine or in your body, increases stresses on the components. Decreasing stress on the sled components and the person trying to start the cold sled is what this thread is about.
I don't kill my ignition, but I do pull really cold engines over about 3 times slow before I give a big rip on the starter rope.