A given chemical reaction is represented by the following stoichiometric equation.


\(3 X+2 Y+\dfrac{5}{2} Z \rightarrow P_1+P_2+P_3\)
The rate of reaction can be expressed as _________.

1. A \(\left(\dfrac{d[X]}{d t}\right)=\dfrac{3}{2}\left(\dfrac{d[Y]}{d t}\right)=\dfrac{15}{4}\left(\dfrac{d[Z]}{d t}\right)\)
2. B \(\dfrac{2}{3}\left(\dfrac{d[X]}{d t}\right)=\left(\dfrac{d[Y]}{d t}\right)=\dfrac{4}{5}\left(\dfrac{d[Z]}{d t}\right)\)
   
3. C \(\dfrac{4}{15}\left(\dfrac{d[X]}{d t}\right)=\dfrac{4}{5}\left(\dfrac{d[Y]}{d t}\right)=\dfrac{8}{15}\left(\dfrac{d[Z]}{d t}\right)\)
   
4. D \(\dfrac{3}{2}\left(\dfrac{d[X]}{d t}\right)=\dfrac{1}{4}\left(\dfrac{d[Y]}{d t}\right)=\dfrac{8}{5}\left(\dfrac{d[Z]}{d t}\right)\)