A white salt is readily soluble in water and | vedclass

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(B) salt with a $pH$ of about $9$ in aqueous solution is basic in nature. $NH_4NO_3$ is a salt of a strong acid $(HNO_3)$ and a weak base $(NH_4OH)$,r

Vedclass · Accepted Answer

$CH_3COONa$

Vedclass · Answer

(B) salt with a $pH$ of about $9$ in aqueous solution is basic in nature. $NH_4NO_3$ is a salt of a strong acid $(HNO_3)$ and a weak base $(NH_4OH)$,resulting in an acidic solution $(pH $CH_3COONa$ is a salt of a weak acid $(CH_3COOH)$ and a strong base $(NaOH)$,resulting in a basic solution $(pH > 7)$. $CH_3COONH_4$ is a salt of a weak acid and a weak base,resulting in a nearly neutral solution $(pH \approx 7)$. $CaCO_3$ is insoluble in water. Therefore,$CH_3COONa$ is the correct salt that produces a basic solution with $pH \approx 9$.

$A$ white salt is readily soluble in water and gives a colorless solution with a $pH$ of about $9$. The salt is ...........

Similar Questions

Consider the following aqueous solutions:
$(1)$ $FeCl_3$ is basic
$(2)$ $NH_4Cl$ is acidic
$(3)$ $NaCN$ is acidic
$(4)$ $Na_2CO_3$ is basic
Which of the following statements is $NOT$ correct?

Which one of the following salts gives an aqueous solution which is weakly basic?

The acidic nature of an aqueous solution of $FeCl_3$ is due to:

Which among the following salts is formed from a strong base and a weak acid?

On combining which of the following anions with $NH_4^{\oplus}$ will the $pH$ of the resulting salt solution be independent of the concentration?

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