Diffusion is very effective over very short distances.
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.
Because the rate of diffusion decreases the farther it has to travel
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.
The answer depends on what kind of wave it is: a mechanical wave, or an electromagnetic wave with a long or short wavelength.
Diffusion will continue as long as there is a concentration gradient present. Once equilibrium is reached and the concentrations are equal throughout, diffusion will stop.
You can generally determine if a brake chamber is short or long stroke by measuring the distance from the face of the brake chamber to the center of the clevis pin. Short-stroke chambers have a shorter distance, typically around 2.5 inches, while long-stroke chambers have a longer distance, typically around 4 inches. Additionally, you can refer to the manufacturer's specifications or markings on the brake chamber itself to identify its stroke type.
Scissors with long handles and short blades are generally better suited for cutting metal as they provide more leverage and control. The longer handles allow for a stronger grip and more force to be applied when cutting through the metal. Short handles with long blades may not provide enough leverage for cutting through tough materials like metal.
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.
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
diffusion of materials over long distance is fast
Yes if the distance that the molecule has to travel is long then the rate of diffusion will be slower.
This depends on arrival information Time...When does it have to be there and Distance...how far away and Size of items involved Long distance short time small item AIR long time long distance large item rail or sea Short time Medium distance items up to 50,000 lbs TRUCK IT
False, its slower.
The short-distance substance transport in plants are from cell to cell only. The long-distance transport is the photosynthate movement from the leaves to the roots.
short distance relationships?
False, its slower.
Airplanes are more efficient at higher altitudes.
shotgun=short distance m16=long distance it depend of you shotgun=short distance m16=long distance it depend of you