If 42.1 g of C4H10 0 react with 73.0 g of 02 according to the reaction Equation : C4H10 0 + 02 CO2+ H20 a) Write the balanced equation for the reaction . b) Determine the moles of given reactants b) Find the limiting reagent, c) calculate the mass of C02 formed, d) If the actual yield of CO2 is 55.8 g, what is the percent yield? Given that: C= 12 g/ mol. , 0 = 16 g/ mol., : H = 1 g/ mol.

fill in the way it asks please and calculate % yeild.

Use balanced chemical equations to relate amounts of reactants and products. The unbalanced equation for the reaction between perchloric acid (HCIO4) and tetraphosphorus decaoxide is shown below. Balance the equation (enter the smallest integer possible in each box, including the integer "1" when needed) and determine the amount of P4010 consumed and the amounts of H3PO4 and Cl₂07 produced when 0.805 mol of HCIO4 reacts. HCIO4 (aq) + P4010 (S) mol P4010 consumed mol H3PO4 produced mol Cl₂O7 produced H3PO4 (aq) + Cl₂07 (1)

A) Determine the molecular formula of X (the starting reagent)  B) Write a balanced equation for this reaction C) Determine the theoretical mass of the CO2 produced if 0.2 mol of O2 is completely consumed D) If the combustion reaction produced is 3.0g of CO2, determine its percentage yield