yes of course
It is a weak acid
no
Na2CO3 +H2O----->HCO3++OH-HERE HCO3- IS A WEAK ACID AND OH- IS A STRONG BASE
Carbonate (CO32-) is a weak (double) base, it can accept two protons (in 2 steps).CO32- + H+ HCO3-HCO3- + H+ H2CO3
Sodium acetate is made from a strong base (sodium hydroxide) and a weak acid (acetic acid). Thus, when it is placed in water and it hydrolyzes, it forms the strong base, and the weak acid, so the pH will be alkaline.
HCO3- and H2CO3 (mono- and di-hydrogen carbonic acid)
It can be either and acid or a base; since it is capable of either accepting or donating a proton, it depends on the surrounding solution.
Na2CO3 +H2O----->HCO3++OH-HERE HCO3- IS A WEAK ACID AND OH- IS A STRONG BASE
Carbonate (CO32-) is a weak (double) base, it can accept two protons (in 2 steps).CO32- + H+ HCO3-HCO3- + H+ H2CO3
Sodium acetate is made from a strong base (sodium hydroxide) and a weak acid (acetic acid). Thus, when it is placed in water and it hydrolyzes, it forms the strong base, and the weak acid, so the pH will be alkaline.
HCO3- and H2CO3 (mono- and di-hydrogen carbonic acid)
It can be either and acid or a base; since it is capable of either accepting or donating a proton, it depends on the surrounding solution.
Parent Acid: HCO3 Acid Strength: Weak Parent Base: Unknown
It is a weak acid.
Weak.
it is weak acid :)
It is a weak acid
Oxalic acid is a relatively strong weak acid. It has pKa1=1.27 and pKa2=4.28.
no it is a strong acid