It may vary upon how much time it has been kept in water. And also type of solution in which it is kept.
Since the raisin has less water and water always moves from an area of more water to area of lees water, the raisin will swell.
Osmosis is
Im not certain what you are asking, but the one is a measure of weight and the other is a diffusion process, they have nothing in common
Raisin bread is a heterogeneous mixture.
there is no antonym for osmosis.
No one founded osmosis. Osmosis is just the movement of water across a semipereamble membrane.
Osmosis
2 grams
3
Osmosis is the process in which a liquid transfers from an area of lower concentration to one of higher concentration in an attempt to balance things out. A great example of this is when you soak a raisin in water - the water soaks into the dried grape to rehydrate it via osmosis in an attempt to balance the level of water everywhere.
It rehydrates. In fact, it rehydrates in most potable liquids. It will go from a little wrinkly dark thing to a plump golden-brown thing, or at least plump and less dark.
When the dried raisin in placed in water it absorbs the water so making it plumper and less wrinkled.
Yes, the raisins will swell due to osmosis, where the solvent goes from a low solute concentration to a higher solute concentration, which in this case, is from the distilled water to inside the raisin.
No infact the absorption of water through osmosis may increase your weight temporarily.
5
A raisin is a dried up grape, if it is placed in water it will absorb water and regain some of its original shape and size. The process involved is called osmosis. It happens when areas of high concentration (the sugar solution inside the raisins) is separated from an area of low concentration (the water outside the grape). Physical forces try to balance the concentrations so the water passes through the grape skin (technically a semipermeable membrane) into the grape and plumps it up.
The weight of a raisin is about 1 gram or about 0.0022 pounds.
50g = 1.76oz. Ounces are a measurement of weight, and grams measure mass.