You get a more basic solution.
The crushed form of sodium bicarbonate has more surface area than the solid tablet. Because it is exposure to water that causes the reaction, having more surface exposed to water will increase the extent of the reaction.
To increase the speed that gas is released from each tablet, it would be best to increase the surface area of the tablet. Breaking the tablet into smaller pieces or crushing it would expose more surface area to the water, allowing the reaction to happen more quickly and release the gas faster.
Water temperature can affect the dissolving time of a fizzing tablet because higher temperatures increase the kinetic energy of water molecules, allowing them to interact more quickly with the tablet. This can result in faster dissolution at higher temperatures compared to lower temperatures.
A crushed tablet generally dissolves faster than a whole tablet because the increased surface area of the powder allows for quicker interaction with the solvent (like water). When a tablet is crushed, more of its active ingredients are exposed at once, facilitating a more rapid dissolution. However, the specific formulation of the tablet, including its excipients, can also affect the dissolution rate.
Adding vinegar water, which contains acetic acid, can increase the rate at which a tablet dissolves compared to plain water. The acidic environment can enhance the solubility of certain components in the tablet, leading to a faster breakdown and release of active ingredients. Additionally, the increased ion concentration in vinegar water may promote more vigorous interactions, accelerating the dissolution process. Overall, the acidity of vinegar water can significantly impact the tablet's dissolution rate.
I think it would increase the desolving rate
The tablet is denser than water, however it floats! this is because it fizzes and the bubble stick to the tablet making a unit of gas and tablet that is less dense than water.
The crushed form of sodium bicarbonate has more surface area than the solid tablet. Because it is exposure to water that causes the reaction, having more surface exposed to water will increase the extent of the reaction.
To increase the speed that gas is released from each tablet, it would be best to increase the surface area of the tablet. Breaking the tablet into smaller pieces or crushing it would expose more surface area to the water, allowing the reaction to happen more quickly and release the gas faster.
Water temperature can affect the dissolving time of a fizzing tablet because higher temperatures increase the kinetic energy of water molecules, allowing them to interact more quickly with the tablet. This can result in faster dissolution at higher temperatures compared to lower temperatures.
A crushed tablet generally dissolves faster than a whole tablet because the increased surface area of the powder allows for quicker interaction with the solvent (like water). When a tablet is crushed, more of its active ingredients are exposed at once, facilitating a more rapid dissolution. However, the specific formulation of the tablet, including its excipients, can also affect the dissolution rate.
Fill a two liter soft drink bottle with about one cup of water. Place two Alkaseltzer tablets into a deflated balloon and carefully crush them without damaging the balloon. Stretch the mouth of the balloon over the mouth of the bottle. Tip up the balloon to drop the tablet fragments into the bottle and the ballon will inflate. The same can be done with regular Mentos candies and Diet Coke, but the reaction will be MUCH more dramatic (and messy).
Adding vinegar water, which contains acetic acid, can increase the rate at which a tablet dissolves compared to plain water. The acidic environment can enhance the solubility of certain components in the tablet, leading to a faster breakdown and release of active ingredients. Additionally, the increased ion concentration in vinegar water may promote more vigorous interactions, accelerating the dissolution process. Overall, the acidity of vinegar water can significantly impact the tablet's dissolution rate.
Yes, Hot water makes the tablets dissolve much faster than when they are placed in cold water. Alka-Seltzer tablets dissolve faster in hot water rather than cold because the more heat something has the more energy the atoms or molecules in the object get. so in hot water the molecules inside are moving around really fast and have tons of energy to dissolve the tablet while in cold water the molecules are still moving around but at a slower pace therefore taking longer to dissolve the tablet.
Some of the gas dissolves in the water. Gas is only evolved from the water when there is no room for it in solution.
All by itself, the 'mass' of an object ... the amount of material in it ... doesn't tell you anything about whether it will sink or float. An AlkaSeltzer tablet and a large boulder both sink, but a duck and a large steel battleship both float. There must be more to it.
you have to inhale some water to dissolve the tablet and then do a hand stand and do throat singing to get the water out or preferably take some more tablets