What is the limitation of the reaction given in the above question.
$Zn\left(s\right)+2HCl\left(aq\right)\to ZnC{l}_2\left(aq\right)+H_2\uparrow$

Q. State the information conveyed by the following equation. $Zn\left(s\right)+2HCl\left(aq\right)\to ZnC{l}_2\left(aq\right)+H_2\uparrow$

Q. Write the limitation of reaction given in question 2.

Q. For, $Zn\left(s\right)+2HCl\left(aq\right)\rightleftharpoons ZnC{l}_2\left(aq\right)+H_2\left(g\right)$
what will be the expression of $K_c$:

Q. Given the reaction: $Zn\left(s\right)+2HCl\left(aq\right)\to ZnC{l}_2\left(aq\right)+H_2\left(g\right)$
When a single zinc is used, reaction gets slower than when powered zinc of the same mass is used, why?

Q. Zinc and hydrochloric acid react according to the equation:
$Zn\left(s\right)+2HCl\left(aq\right)\to ZnC{l}_2\left(aq\right)+H_2\left(g\right)$
$0.40\text{mole}$ of $Zn$ is added to $0.62\text{mole}$ of $HCl$. Which of the two reactants is the limiting reagent and how many moles of $H_2$ is produced?