I do believe that the answer is facilated diffusion.
The process by which glucose is being transported across the membrane is known as facilitated diffusion. Facilitated transport does not directly require ATP.
zytosis denititile
active transport
Ions such as sodium, potassium, chloride and calcium. Some molecules that are too big to get through the lipid bilayer by themselves can also be shuttled across the membrane by carrier proteins.
diffusion
Sugar molecules move outside of the membrane.
Sugar molecules are bonded together by a process called dehydration synthesis.
sugar molecules
Ions such as sodium, potassium, chloride and calcium. Some molecules that are too big to get through the lipid bilayer by themselves can also be shuttled across the membrane by carrier proteins.
diffusion
Sugar molecules move outside of the membrane.
sugar molecules move outside of the membrane. novanet
Active transport is the movement of molecules against the concentration gradient across a plasma (cell) membrane. This process generally requires the input of energy, such as ATP. A cube of sugar does not have a cell membrane because it is not a cell; therefore, the statement is false.
The membrane is semi-permeable. Sugar molecules are too large to diffuse through.
The membrane is permeable to water but not to sugar.
It's called osmosis. A selectively permeable membrane will only allow certain molecules to pass trough. To illustrate: If you have a high concentration of sugar molecules on one side of the membrane, no sugar on the other side, and the sugar molecules are too big to pass trough the membrane. If this is the case, then water molecules will diffuse over to the side of the membrane with a high sugar concentration. This happens because the molecules try to distribute themselves evenly in the solution. The water molecules move because the sugar molecules can't.
Sugar molecules move outside of the membrane.
Diffusion
osmosis
Sugar molecules are bonded together by a process called dehydration synthesis.