Grr, such a hard answer to find on the web!
Basically, the particles are closer together, which means that they will collide more frequently - in turn, speeding up the rate of the reaction! Hope this helps xx
How_does_the_concentration_of_solutions_affect_the_rate_of_reaction
This is due to the fact that there is more solute present in a more concentrated solution.
It should always not be. As general, concentrated acids are more faster in redox reactions whereas the dilute acids prefer neutralization.
sulphate will react too lead
The fumes from the (concentrated) solutions chemically react (base to acid) to form ammonium chloride as microparticle solid powder:NH3(gas) + HCl(gas) --> NH4Cl(solid)
reactivity, the tendency of an element to react with another substance is know n as its reactivity. the more the capacity of an element to react with another substance the more will be its reactivity, the series of elements arranged in their decreasing reactivity is known as reactivity series.
Chemical
It should always not be. As general, concentrated acids are more faster in redox reactions whereas the dilute acids prefer neutralization.
acid treatment of the phyllite V destroys the clay structure when moderately concentrated solutions of hydrochloric acid are used at high temperature .
If you react adversely to a substance, you show that you don't like the substance and that the substance is unpleasant or even harms you.
This is called reactivity.
sulphate will react too lead
A substance is any chemical you might have or want to test. A solution is when that substance is dissolved in water. Chemists make solutions, especially with ionic compounds, so they can break apart into their constituent components and react with something else. Water molecules, which are highly polar attract the positive and negative charges the compounds or elements that make up the ionic compound. Solutions are also good for other chemical reactions though, too.
My friend is coky I need to know a white powder substance that does not react with an acid
Carbon don't react with acids, except concentrated Nitric acid. Concentrated nitric acid reacts with carbon to produce Water, Carbon dioxide, and Nitrogen dioxide.
dilution if the solutions do not react with each other. reaction if they do react. Mixing if the two solutions do not dissolve one another (such as a nonpolar solution mixed with a polar solution)
just acidic solutions
Chemical
The fumes from the (concentrated) solutions chemically react (base to acid) to form ammonium chloride as microparticle solid powder:NH3(gas) + HCl(gas) --> NH4Cl(solid)