Question 6 Using The Balanced Equation Below Determine The Volume In Ml Of 0 757m X Aq Needed To Completely React With 1 (36.02 KiB) Viewed 57 times
Question 6 Using The Balanced Equation Below Determine The Volume In Ml Of 0 757m X Aq Needed To Completely React With 2 (39.67 KiB) Viewed 57 times
QUESTION 6 Using the balanced equation below, determine the volume in mL of 0.757M X(aq) needed to completely react with 60.6ml. of 0.376M Y(aq) 2X(aq) + 3Y(aq) → 3 Z(aq) + W(s) Report your answer with 3 significant figures QUESTION 7 The reaction below produces 0.342 moles of Y Determine the number of moles of A that reacted to produce that amount of Y. Assume an excess amount of substance B. 6A 3B BY+5Z Enter your answer with 3 significant figures Click Save and Submit to save and submit. Click Save All Answers to save all answers
32.8 grams of X2Y6 react with an excess amount of Z2 according to the reaction below. Determine the mass in grams of XZ2 that will be produced. 2 X2Y6+7Z2-4 XZ2 +6Y2Z Element molar masses X=22.37 g/mol Y = 8.50 g/mol Z= 33.96 g/mol Enter your answer with 3 significant figures. QUESTION 9 The reaction below produces 41.9 grams of CO2 Determine the number of grams of O₂ that reacted to produce that amount of CO₂ Assume an excess of C4H10 2 C4H1013 02- Atomic Masses C 12.01 g/mol H=1.01 g/mol 0-16.00 g/mol BCO2 + 10 HO Click Save and Submit to sove and submit. Click Save All Answers to save all answers. hp
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