I figured it out! FINALLY :DD Okay apparently its any of these:
Colour, how you pour it, .. well, anything that describes the substance.
so
-colour
-how you pour it
-if its a solid, liquid, gas
-if its opaque, translucent, transparent
these are considered as the properties that do not affect the rate of dissolving because they dont change the way it dissolves. So these are just examples.. but I recommend using colour :D Do add any other properties if you can think of any. I just came up with these randomly..
One hypothesis could be that increasing the temperature of the solvent will result in faster dissolving of sugar due to increased kinetic energy, breaking down the sugar molecules more quickly. Another hypothesis could be that stirring the solution will increase the rate of dissolving by exposing more sugar molecules to the solvent.
The dissolving medium in the experiment is typically water or a specific solvent chosen based on the solubility of the substance being dissolved. The choice of dissolving medium depends on the nature of the substance and the conditions required for the experiment.
one property of acids is that they taste sour.
One extensive property of marker ink is volume, which refers to the amount of space the ink occupies.
The rate of reaction basically depends on the product of charges of ions present in a solution. Since the compounds dissociate in a solution and forms cations and anions, so their product matters a lot. If the product of charges is positive ( i.e. one ion is +1 and other is +4 = +4 ), then the rate of reaction will increase automatically, higher the product faster will be the rate. Similarly, if the product of ions present in a solution is negative ( i.e. one ion is +1 and other is -3 = -3) then the rate of reaction will decrease. For those reactions in which neutral species are present and for which the product of charges will be zero, there will be no effect on the rate of reaction.
Millage rate or mills per dollar rate. In the United States some states require a property tax rate expressed in mills (rate per one thousand dollars of property value) while others require a property tax rate expressed as a rate per one hundred dollars of property value.
Yes it is a physical property. solubility is just one substance dissolving into another. Since there is no change to the chemical formula of the compound, it is a physical change. something dissolving just breaks the chemical into smaller pieces and has no affect on the chemical makeup of whatever is dissolving.
The solvent is the substance doing the dissolving.
Most of the time the local governments in the state determines the property tax rate. This is one of the local government's main sources of revenue.
One hypothesis could be that increasing the temperature of the solvent will result in faster dissolving of sugar due to increased kinetic energy, breaking down the sugar molecules more quickly. Another hypothesis could be that stirring the solution will increase the rate of dissolving by exposing more sugar molecules to the solvent.
yes,in fact it does.I tried an experiment and for some reason, the purple lifesaver and the white one were the last to dissolve.
A high property tax rate is generally one that is above 20%. If it is above 20% then it is considered very high. Above 15% can also be considered very high.
That would be either 100% or 0%.
The formula to figure the Recapture rate is: 1/USEFUL LIFE of a property. So in this example, it states there are 35 more years of economic life in the subject property, so the problem is figured by 1/35 (1 divided by 35) or .0286 (2.86%). So the Recapture Rate is equal to the rate of depreciation that is allowed for one year.
Dissolving zinc in acid is a chemical property because it involves a chemical reaction between the zinc and the acid, resulting in the formation of new substances (zinc ions and hydrogen gas) with different properties than the original zinc metal.
One can apply for a property development loan from a local bank. One may wish to check various bank branches to find out which one offers you the best interest rate.
To increase the rate of dissolution, you can: Increase the surface area of the solid (e.g., crush it into smaller particles). Stir or agitate the solution to promote mixing. Increase the temperature of the solvent (if feasible) as higher temperatures generally increase the rate of dissolution.