Yes, muriatic acid is just hydrochloric acid.
a stirrer or glass rod.
Carbon applications:- as diamond to cut glass and for polishing- as graphite for electrodes, crucibles, etc.- as pencil mine- as carbon black
Because they have a porous membrane made of glass that allows ions to pass through. It is thin, so it is fragile.
No, this effect is for Colloidal solutions only.
The safest way to clean glass is with soap and water (leaves no residue). However, if this isn't working, use what is referred as a BASE BATH. This is usually, KOH dissolved in isopropyl alcohol (rubbing alcohol). You let it soak in an alkali solution for a little while (depends on how much gunk is on it) then make sure to wash it with soap and water again. Acid baths are sometimes used. But base baths work better on glass.
No muriatic acid cannot etch ceramic tiles because it does not corrode or react with glass or ceramic. That is why muriatic acid is also available in glass bottles.
Muriatic Acid it extremely corrosive and highly caustic. To clean glass windows with it, is not recommended. Ammonia, however, does clean windows very effectivly and doesn't leave streak marks.
glass electrode, antimony electrode, the hydrogen electrode
No, it's dangerous to inhale. A weak ammonia solution is better.
As far as I've been able to find, hydrofluoric acid is the only chemical that can eat glass, but I'm still looking.
Examples: glass electrode, combined electrode, platinum electrode
W. A. Munro has written: 'Biofouling effects on glass pH electrodes'
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Glass beakers are usually used to hold chemical solutions, or a form of liquid.
a stirrer or glass rod.
and The function is in the name: a glass stirring rod is used to stir solutions or mixtures
Carbon applications:- as diamond to cut glass and for polishing- as graphite for electrodes, crucibles, etc.- as pencil mine- as carbon black