Diffusion of the solute across the membrane was observed.
The solute traveled from an area of high concentration to an area of low concentration, this is known as diffusion.
a good example of diffusion is when you spray perfume on yourself,it can be smelled from far away. this is because of diffusion,the molecules of the perfume try to travel the areas where they are not present than the areas where they are present in high concentration..
Diffusion does not require the use of any ATP.
Facilitated diffusion is the specific and passive type of diffusion that becomes saturated when all protein carriers are in use. This occurs because facilitated diffusion relies on specific protein carriers to transport molecules across the cell membrane, and once all carriers are engaged, the rate of diffusion cannot increase further.
It does not require the use of the cells energy.
red blood cells
The story will be out in public once it'll be diffused on the news this evening.
Cultural diffusion can be seen in the increasing popularity of sushi in the United States, which has spread from Japan to become a widely enjoyed cuisine worldwide.
Relocation diffusion occurs when people move to a new location and bring their cultural practices with them. For example, the spread of yoga from India to Western countries through migration of practitioners is an example of relocation diffusion.
The rate of diffusion is determined by the permeability of the membrane and the concentration gradient.
The sunlight will undergo diffusion, caused by this translucent panel.
The silk road played a big part in cultural diffusion.
facilitated diffusion.
"Hitler's SS captured whole Jewish families, sometimes even diffusing them to separate concentration camps." .>.
Facilitated diffusion does not require the use of energy.
the process of molecules spreading from an area of high concentration to low concentration is called diffusion
One of the things Alexander the Great was known for was cultural diffusion, where he traveled many places and spread/mixed cultures!
The intensity of the light bulb will undergo diffusion in these baffles.