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The rate law that describes how a chemical reaction moves forward is as follows: dtd[A]=k1[B]k2[A][C] where: k1 and k2 are the rate constants [A],[B], and [C] represent the reactant and product concentrations, respectively (in mol/L ) The following conditions are provided: 1. [B]=0.1mol/L[C]=0.2mol/Lk1=0.05L/molsk2=0.02L/molsA=0.01mol/L 2. [B]=0.2mol/L[C]=0.1mol/Lk1=0.04L/molsk2=0.03L/molsA=0.02mol/L TIPS TO SOLVE: - Make a spreadsheet in Microsoft Excel to do Laplace transform computations. - Enter [B], [C], k1, k2, and A with the indicated values. - Convert the differential equation to the s-domain using the Laplace transform formula. - Find the Laplace transform of [A]. - Using inverse Laplace transform formula, obtain the solution for [A] in the time domain. - For each set of conditions, plot the concentration of [A] with time. PLEASE SHOW SPREADHSHEET VALUES IN MS EXCEL WITH LAPLACE TRANSFORM COMPUTATIONS AND THE PLOTTED GRAPH