Brownian motion. Molecules move faster as things warm up. When the molecules move faster around the tablet, more of the tablet is disturbed, and therefore, dissolves quicker.
Crushed salt will dissolve faster as it has a larger surface area providing more contact with the water.
Sugar cubes would dissolve faster when crushed rather than left whole, regardless of whether the water used is hot or cold. Crushing the sugar cubes increases the surface area of the sugar particles exposed to the water, allowing for quicker dissolution.
Yes, water can dissolve crushed garlic. When garlic is crushed, it releases its soluble compounds into the water, allowing them to dissolve. This is why garlic-infused water is used in cooking to extract its flavor.
As the rate of reaction is faster, the hotter something the greater the average speed at which the water particles travel so it takes less time for the water to successfully collide with antacid particles to form a solution.
The objective of this activity is to compare the dissolution rate of crushed salt versus crystal salt in water. Crushed salt will dissolve faster than crystal salt because its larger surface area allows for quicker interaction with the water molecules, resulting in faster dissolution.
Crushed salt will dissolve faster as it has a larger surface area providing more contact with the water.
Antacids dissolve faster in warm water because higher temperatures increase molecular movement and energy, allowing for quicker breakdown of the antacid tablets. This increased movement leads to more collisions between the antacid molecules and water molecules, leading to faster dissolution.
Sugar cubes would dissolve faster when crushed rather than left whole, regardless of whether the water used is hot or cold. Crushing the sugar cubes increases the surface area of the sugar particles exposed to the water, allowing for quicker dissolution.
Yes, water can dissolve crushed garlic. When garlic is crushed, it releases its soluble compounds into the water, allowing them to dissolve. This is why garlic-infused water is used in cooking to extract its flavor.
As the rate of reaction is faster, the hotter something the greater the average speed at which the water particles travel so it takes less time for the water to successfully collide with antacid particles to form a solution.
It can take a few minutes to fully dissolve an antacid tablet in salt water, depending on the size of the tablet and the concentration of salt in the water. The effervescence of the antacid tablet will help to speed up the dissolution process.
Table salt because the particles are smaller and water can surround each particle easier to dissolve them. Granules is har to dissolve becauseit is thick than salt since it is loosen.. HOPE DIS HELPS
The objective of this activity is to compare the dissolution rate of crushed salt versus crystal salt in water. Crushed salt will dissolve faster than crystal salt because its larger surface area allows for quicker interaction with the water molecules, resulting in faster dissolution.
Dissolving an antacid tablet in water can have an endothermic effect, meaning it absorbs heat from the surroundings and lowers the temperature of the water. This happens because the reaction between the antacid and water requires energy to break the bonds in the tablet and dissolve it.
The surface area increase by grinding and the possibility of contact of water molecules with the material of course is higher.
Alka-Seltzer will dissolve faster when crushed to a powder compared to when it is in tablet form. This is because the increased surface area of the powdered form allows for quicker interaction with water, facilitating a faster dissolution process. In contrast, the tablet form has a more compact structure that takes longer to break down.
No, because that gas is CO2.