1. Theoretical, Actual, and Percent Yield Problems Example 2

2. A reaction that can be used to extract arsenic metal from one of its ores is:

4. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, A reaction that can be used to extract arsenic metal from one of its ores is:

5. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. A reaction that can be used to extract arsenic metal from one of its ores is:

6. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. a)Determine the theoretical yield of As in kg.

7. b)Determine the actual yield of As in kg. A reaction that can be used to extract arsenic metal from one of its ores is: When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced.

8. Using the reaction: a)Determine the theoretical yield of As in kg.

9. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN:

10. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3

11. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3 Because there is an excess of carbon, we can ignore it.

12. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3

13. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3

14. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As

15. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As

16. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

17. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

18. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

19. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

20. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

21. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

22. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

23. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

24. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

25. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

26. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

27. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

28. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

29. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

30. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. PLAN: kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

31. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

32. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

33. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction: a)Determine the theoretical yield of As in kg. kg As 2 O 3  g As 2 O 3  mol As 2 O 3  mol As  g As  kg As

34. a)Determine the theoretical yield of As in kg. Theoretical yield = 4.92 kg

35. Theoretical yield = 4.92 kg Percent yield = 77.5% When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced. Using the reaction:

36. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

37. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

38. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

39. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

40. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

41. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

42. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

43. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

44. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

45. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

46. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

47. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

48. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

49. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

50. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

51. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

52. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

53. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

54. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5%

55. b)Determine the actual yield of As in kg. Theoretical yield = 4.92 kg Percent yield = 77.5% Actual yield = 3.81 kg

56. Theoretical yield = 4.92 kg Percent yield = 77.5% Actual yield = 3.81 kg When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced.

57. Theoretical yield = 4.92 kg Percent yield = 77.5% Actual yield = 3.81 kg a)The theoretical yield of As = 4.92 kg. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced.

58. Theoretical yield = 4.92 kg Percent yield = 77.5% Actual yield = 3.81 kg a)The theoretical yield of As = 4.92 kg. b)The actual yield of As = 3.81 kg. When 6.50 kg of As 2 O 3 is added to an excess of C and heated, a 77.5% yield of As is produced.