Facilitated diffusion is an example of passive transport, while solute pumping is an example of active transport. This means that facilitated diffusion does not require the use of energy, while solute pumping does. Sometimes, certain particles are either too big or lipid insoulble to pass through the cell membrane. Therefore, they need a protein carrier which acts like a tunnel. This allows these particles to pass through the cell membrane. However, solute pumping is when amino acids, some sugars, and ions are transported b solute pumps. Also, ATP energizes during solute pumping. Facilitated diffusion is an example of passive transport, while solute pumping is an example of active transport. This means that facilitated diffusion does not require the use of energy, while solute pumping does. Sometimes, certain particles are either too big or lipid insoulble to pass through the cell membrane. Therefore, they need a protein carrier which acts like a tunnel. This allows these particles to pass through the cell membrane. However, solute pumping is when amino acids, some sugars, and ions are transported b solute pumps. Also, ATP energizes during solute pumping.
At normal room temperatures, Mercury has a low vapor pressure combined with a high mass, which makes diffusion pumping more efficient.
At normal room temperatures, mercury has a low vapor pressure combined with a high mass, which makes diffusion pumping more efficient.
Reebok pumps have the option of pumping the ankle support up
Static water level refers to the natural groundwater level in a well when no pumping is occurring. Pumping water level is the level of water in a well while pumping is actively taking place. The difference between these two levels helps determine the yield and efficiency of a well.
The Diffusion is the exchange of oxygen (O2) and carbon dioxide (CO2) between the alveoli and the blood. So blood that is pumping through the capillaries in the lungs has a low concentration of O2 and a high concentration of CO2, in the alveoli it is high concentration O2 low concentration CO2. Therefore the 2 gases exchange across the alveoli membrane by diffusion trying to establish a concentration gradient.
The difference between a well and tubewell are the amounts of water they supply. Wells can supply any amount to certain locations like crops. Tubewells involve pumping ground water in specifically measured amounts.
Yes the "heart beat" is just the sound of the valves opening and closing, not the sound of the blood being pumped.
If the diffusion is moving particles from higher to lower concentration, it uses no energy from the cell; this is passive diffusion. However, if it is active diffusion, the cell is pumping out specific molecules into a higher concentration, therefore using energy.
The cellular function that is missing in dead cells is active transport (solute pumping). Active transport requires energy to move molecules against their concentration gradient, a process that cannot occur if the cell is no longer metabolically active. Osmosis, diffusion, and dialysis can still occur in dead cells as they do not require energy expenditure by the cell.
Well, isn't that a happy little question! Pumping air into a tire is actually neither diffusion osmosis nor active transport. It's more like good old-fashioned physical work - you're simply using a pump to increase the pressure inside the tire. Just remember, there are no mistakes, only happy accidents!
An industrial generator has some form of built-in cooling system. A marine generator relies on pumping water from the lake or ocean the vessel is in for cooling.
hearts with septal defects (holes between pumping chambers)