No, not like that. When electrons travel in a regular conductor, they have a distribution of speeds. Ohm&#x27;s law just describes their average behavior.<p>Just in case I misunderstood your question, I will say a few more things:<p>Ohm&#x27;s law applies to both graphene and regular conductors.<p>In graphene, electrons have only one speed, but they can still move in any direction. In a regular conductor, electrons have many speeds and move in any direction.<p>In either case, with no electric field applied, the average velocity of electrons will be zero. But with an electric field applied, the average velocity of electrons will be non-zero. And in both cases, the average velocity is proportional to the applied electric field, meaning that the material can be described by concepts like resistance and electron mobility.<p>The key difference is that graphene has electrons with one speed and a distribution of directions, whereas regular conductors have electrons with a distribution of speeds and a distribution of directions.