Short.
Diffusion is more efficient over short distances because particles have less space to travel through, leading to faster mixing and dispersion. Over long distances, diffusion becomes less efficient as particles must travel further, encountering more obstacles and taking more time to reach their destination.
Diffusion is more efficient in short distances because particles have less space to travel and encounter obstacles, leading to quicker and more frequent collisions. In longer distances, particles have to travel farther, increasing the likelihood of losing energy through interactions and reducing the efficiency of diffusion.
distance involved =diffusion at short distances occurs at a greater rate than diffusion at long distances area involved= diffusion over short distance occurs at a greater rate than diffusion over long distances Barriers=thicker barriers slow down rates of diffusion
False, its slower.
In the United States it is cars for short distances, but planes for long distances.
Three bell-chimes and a highly bell chime were short and long crossing distances. Trains applied these as a warning to grades crossing.
Scrolling or Dragging the scroll bar
Long distances are measured in AU in Eve Online. For short distances, it is measured in KM.
Usually truck or train for long distances; vans or small trucks for short distances.
Traveling by plane is often fastest, most efficient, and easiest over long distances.
Traveling by plane is often fastest, most efficient, and easiest over long distances.
Active transport is the primary mechanism through which phloem absorbs minerals from the soil. Diffusion is not as efficient for transporting minerals over long distances within plants. Active transport allows phloem to selectively uptake specific minerals against their concentration gradient to ensure proper nutrient balance in the plant.