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11 Nov 2019
6. Find the number of atoms in 3.8mg of NasPO? 5 pts 7. A 95.0-g sample of Fes04 reacts with O to produce FeO Determine the number of g of Fe:Os produced b. If the % yield of Fed) in Problem 7 is 25.0%, what is the actual yield of FeO? 5 pts 8. Give the proper name for the following compounds. 12 pts a. Mg(OH) b. Co(CN) d. Cu(SO) 9. Write the correct formula for the following compounds: 12 ps a. Calcium bromide Coer2 ManganesellIl) Chlorate C103)2 DiBoron Trioxide D03 d. Aluminum Sulfate 12 (Su) t Phosphorus Trihydride Pit3 10. According to the VSEPR theory, what is the geometry (shape) of the following Lewis structure? 12 pts I1. Predict the corec fomula of the follounsg the Lewis Dot sructure. 12 pts c. N Br d. S +Se a. Al +P 13. Calculate the number of g of CO: produced from the combustion of 11.0 mol of C,Hs using the balanced equation CH, (g) + SO2(g)-â 3CO2(g) + 4H20(g).
6. Find the number of atoms in 3.8mg of NasPO? 5 pts 7. A 95.0-g sample of Fes04 reacts with O to produce FeO Determine the number of g of Fe:Os produced b. If the % yield of Fed) in Problem 7 is 25.0%, what is the actual yield of FeO? 5 pts 8. Give the proper name for the following compounds. 12 pts a. Mg(OH) b. Co(CN) d. Cu(SO) 9. Write the correct formula for the following compounds: 12 ps a. Calcium bromide Coer2 ManganesellIl) Chlorate C103)2 DiBoron Trioxide D03 d. Aluminum Sulfate 12 (Su) t Phosphorus Trihydride Pit3 10. According to the VSEPR theory, what is the geometry (shape) of the following Lewis structure? 12 pts I1. Predict the corec fomula of the follounsg the Lewis Dot sructure. 12 pts c. N Br d. S +Se a. Al +P 13. Calculate the number of g of CO: produced from the combustion of 11.0 mol of C,Hs using the balanced equation CH, (g) + SO2(g)-â 3CO2(g) + 4H20(g).
Nelly StrackeLv2
10 Jun 2019