lexi is balancing equations. she is finding one equation to be very difficult to balance. which explains how…

lexi is balancing equations. she is finding one equation to be very difficult to balance. which explains how to balance the equation znso₄ + li₂co₃ → znco₃ + li₂so₄?\none reactant and one product needs the coefficient 2.\nthe products both need a 3 coefficient.\nthe reactants both need a 2 coefficient.\natoms in the equation are already in balance.

lexi is balancing equations. she is finding one equation to be very difficult to balance. which explains how to balance the equation znso₄ + li₂co₃ → znco₃ + li₂so₄?\none reactant and one product needs the coefficient 2.\nthe products both need a 3 coefficient.\nthe reactants both need a 2 coefficient.\natoms in the equation are already in balance.

Answer

Explanation:

Step1: Count atoms on reactant side

On the reactant side of the equation $ZnSO_4 + Li_2CO_3\rightarrow ZnCO_3+Li_2SO_4$, for zinc ($Zn$) we have 1 atom, for sulfur ($S$) we have 1 atom, for oxygen ($O$) we have $4 + 3=7$ atoms, for lithium ($Li$) we have 2 atoms and for carbon ($C$) we have 1 atom.

Step2: Count atoms on product side

On the product side, for zinc ($Zn$) we have 1 atom, for sulfur ($S$) we have 1 atom, for oxygen ($O$) we have $3 + 4 = 7$ atoms, for lithium ($Li$) we have 2 atoms and for carbon ($C$) we have 1 atom.

Answer:

Atoms in the equation are already in balance.