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Yes, the size of tablet pieces can affect the number of blobs created. Smaller pieces may dissolve more quickly and create more blobs compared to larger pieces, which may take longer to dissolve and create fewer blobs.
The size of the jelly cube does affect the time it takes to boil as the particles are all different because jelly at that point is a solid so the particles are close and in order the more you have of it the more the heat has to dissolve, forming water particle's.
Plastic does not dissolve in water, but it can break down into smaller pieces over time, which can be harmful to the environment and marine life.
Crushing the sugar cube into smaller pieces or increasing the water temperature can help dissolve the sugar more quickly. Stirring or agitating the solution can also speed up the process by increasing the contact between the sugar and water molecules.
The size of a piece of wood affects how quickly it catches fire. Smaller pieces ignite faster because they have a higher surface area-to-volume ratio, allowing flames to spread more quickly. Larger pieces may take longer to catch fire as the heat must penetrate deeper into the wood before combustion occurs.
The smaller the particle the faster it dissolves. This is because the process by which a solute dissolves takes place at the surface of the solvent. That means the larger the surface area of a particle or solute, the faster the solute will dissolve.
Yes, the size of tablet pieces can affect the number of blobs created. Smaller pieces may dissolve more quickly and create more blobs compared to larger pieces, which may take longer to dissolve and create fewer blobs.
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Yes. Smaller grains of salt will dissolve more quickly than larger ones. This is because many small grains have a greater surface area exposed to the solvent than a few large pieces.
The size of the jelly cube does affect the time it takes to boil as the particles are all different because jelly at that point is a solid so the particles are close and in order the more you have of it the more the heat has to dissolve, forming water particle's.
Substances dissolve more quickly when more surface area is exposed. By cutting an alka-seltzer in half, you are exposing more surface area to the solvent (water). It would dissolve even more quickly if it were cut into more pieces or crushed into a fine powder.
The small pieces have a larger combined surface area than the previous large piece had. When you cut the block into pieces, you are exposing new surfaces that were previously on the inside of the block. And the process of dissolving happens at the surface. So the more surface is exposed, the faster something can dissolve.
Plastic does not dissolve in water, but it can break down into smaller pieces over time, which can be harmful to the environment and marine life.
Yes, the size of the tablet pieces can affect the number of blobs produced in a lava lamp. Smaller pieces dissolve faster, creating more bubbles of gas that can combine to form additional blobs. Conversely, larger pieces may dissolve more slowly, resulting in fewer blobs. The interaction of the tablet with the liquid is key to the formation of blobs, making size a significant factor.
The bigger the solid the less surface area there is to be reacted with. If you broke the same solid into many different pieces it would dissolve quicker because there is more surface for the reaction to take place.
The smaller pieces have more total surface area with which to interact with the liquid, thus the liquid can disolve them faster than the whole marshmallow.
Particle size affects solubility. When particle size is small, the surface area per unit volume is larger, thus the solubility is increased.