Part 1: Titration Data 3. Calculate the moles of water initially used in trial 3. Remember that water is also in the 3MHCl solution. M1V1=M2V23MHCl36gm2mLmatr3mHCl1095gm=6.08 C. Calculate the moles of HCl used in trial 3. This is abso the moles of HCl in all trials. D. Calculate the moles of acetic acid present at equilibrium in trial 3. Remember that HCl is catalytic so in does not get consumed. Any excess acid present at equilibrium is CH3COOH. E. Set up an ICE table to obtain the moles of ethyl acetate, water, and ethanol present at equilibrium in trial 3. F. Calculate the K09 for the hydrolysis of ethyl acetate for trial 3. Part 1: Titration Data 3. Calculate the moles of water initially used in trial 3. Remember that water is also in the 3MHCl solution. M1V1=M2V23MHCl36gm2mLmatr3mHCl1095gm=6.08 C. Calculate the moles of HCl used in trial 3. This is abso the moles of HCl in all trials. D. Calculate the moles of acetic acid present at equilibrium in trial 3. Remember that HCl is catalytic so in does not get consumed. Any excess acid present at equilibrium is CH3COOH. E. Set up an ICE table to obtain the moles of ethyl acetate, water, and ethanol present at equilibrium in trial 3. F. Calculate the K09 for the hydrolysis of ethyl acetate for trial 3