Not unless they're releasing ions into the water, in which case they'll eventually either a) run out and stop doing that or b) dissolve away completely. This sounds like it might relate to the "laundry balls" that are commonly sold to the gullible. Any effect these might have is purely mechanical (basically the same principle as an old washboard).
One way to detect the alkali in water after the reaction of potassium is by using a pH indicator paper, which will turn a specific color in the presence of alkali. Another method is to perform a simple acid-base titration using an acid solution of known concentration and an indicator to determine the amount of alkali present in the water.
The indicator will turn green when the right amounts of acid and alkali have been combined to make a solution of salt and water. This indicates that the solution has reached a neutral pH level.
Alkali turns litmus paper blue.
ph 8- p14 is a alkali. blue for weak alkali (ph 8) purple for strong alkali (ph14)
What happens is that first if you put an acid indicator and a sulphuric acid it will turn red but if you add another solution it will turn a different colour. and if you add acid and alkali together then it will turn into salt and H2O xxx
One way to detect the alkali in water after the reaction of potassium is by using a pH indicator paper, which will turn a specific color in the presence of alkali. Another method is to perform a simple acid-base titration using an acid solution of known concentration and an indicator to determine the amount of alkali present in the water.
The indicator will turn green when the right amounts of acid and alkali have been combined to make a solution of salt and water. This indicates that the solution has reached a neutral pH level.
no they are inedible toy beads that swell in water
Alkali turns litmus paper blue.
ph 8- p14 is a alkali. blue for weak alkali (ph 8) purple for strong alkali (ph14)
Universal indicator will turn purple or blue when mixed with a weak alkali.
Every alkali solution above 7 pH at 298 K would turn red litmus into blue.
What happens is that first if you put an acid indicator and a sulphuric acid it will turn red but if you add another solution it will turn a different colour. and if you add acid and alkali together then it will turn into salt and H2O xxx
It will neutralise the alkali and then turn the liquid to an acid.
Universal indicator will turn green when an acid is mixed with an alkali. This green color indicates a neutral pH level which is achieved when the acid and alkali have neutralized each other.
it depends on what is in the alkali, sodium, calcium, lithium all turn different colours, I believe lithium turns purple, an alkali is a compound with hydroxide ie sodium hydroxide is NaOH
Alkalis turn phenolphthalein pink or magenta.