It dissolves and dosn't have any side affects
When dry apricots are left in pure water, they will rehydrate and absorb some of the water. When transferred to a sugar solution, the apricots will continue to absorb the sugar solution and become sweeter in taste as the sugar permeates the fruit.
When a gummy bear is soaked in sugar water, it will absorb the water through a process called osmosis. As a result, the gummy bear will swell in size and become softer as it absorbs the sugar water.
In the concentrated sugar solution, water will move out of the potato cube, causing it to shrink due to osmosis. In distilled water, water will move into the potato cube, causing it to swell due to osmosis.
Starch is more soluble in water than in sugar. Starch molecules can absorb water and swell, forming a colloidal suspension in water. On the other hand, sugar dissolves readily in water to form a homogeneous solution.
When dry apricots are left in pure water, they will rehydrate and absorb some of the water. When transferred to a sugar solution, the apricots will further absorb the sweet liquid through osmosis. This process can help enhance the flavor and sweetness of the apricots.
Neither. It doesn't absorb water.
When dry apricots are left in pure water, they will rehydrate and absorb some of the water. When transferred to a sugar solution, the apricots will continue to absorb the sugar solution and become sweeter in taste as the sugar permeates the fruit.
When a gummy bear is soaked in sugar water, it will absorb the water through a process called osmosis. As a result, the gummy bear will swell in size and become softer as it absorbs the sugar water.
yes it is because you absorb carbon dioxide and water to produce sugar in photosynthesis.
In the concentrated sugar solution, water will move out of the potato cube, causing it to shrink due to osmosis. In distilled water, water will move into the potato cube, causing it to swell due to osmosis.
yes. sugar doesn't react exothermically with water (it doesn't give out heat when you put it in water). It will usually absorb some of the heat from the water for thermal equilibrium to occur.
The solubility of sugar (sucrose) is approx. 2 000 g/L at room temperature; it is a very high solubility. If a cup has 200 mL you can dissolve in it 400 g sugar. Thus a cup full of sugar will absorb a cup full of water without overflowing. You may have to mix the two in a bigger pot, but once dissolve you should be able to pour all the mixture back into the cup that held the sugar.
If you put sugar in strawberries with no water it cannot make syrup. You need something for it to absorb in.
the tree's roots absorb the water in the ground, but i think it's the leafs that produce glucose (sugar).
the tree's roots absorb the water in the ground, but i think it's the leafs that produce glucose (sugar).
Starch is more soluble in water than in sugar. Starch molecules can absorb water and swell, forming a colloidal suspension in water. On the other hand, sugar dissolves readily in water to form a homogeneous solution.
no