\(m_{CH_3COOH}=6\%.200=12\left(g\right)\\ \rightarrow n_{CH_3COOH}=\dfrac{12}{60}=0,2\left(mol\right)\\ n_{Zn}=\dfrac{13}{65}=0,2\left(mol\right)\)
PTHH: \(2CH_3COOH+Zn\rightarrow\left(CH_3COO\right)_2Zn+H_2\uparrow\)
LTL: \(\dfrac{0,2}{2}>0,2\rightarrow\) Zn dư
Theo pthh: \(n_{\left(CH_3COO\right)_2Zn}=n_{Zn\left(pư\right)}=n_{H_2}=\dfrac{1}{2}n_{CH_3COOH}=\dfrac{1}{2}.0,2=0,1\left(mol\right)\)
\(\rightarrow\left\{{}\begin{matrix}m_{H_2}=0,1.2=0,2\left(g\right)\\m_{Zn\left(pư\right)}=0,1.65=6,5\left(g\right)\\m_{\left(CH_3COO\right)_2Zn}=0,1.183=18,3\left(g\right)\end{matrix}\right.\)
\(\rightarrow m_{dd}=200+6,5-0,2=206,3\left(g\right)\\ \rightarrow C\%_{\left(CH_3COO\right)_2Zn}=\dfrac{18,3}{206,3}=8,87\%\)