15. Laboratory analysis of a sample yielded the following data for the combustion of Nickel Ni(s) + O2(g) àNi O(s) i) Mass of a crucible = 30.02g ii) Mass of nickel (Ni) and crucible = 31.07 g iii) Mass of nickel oxide and crucible = 31.36 g Based on the above information, calculate the following iv) Mass of nickel (Ni) in sample = v) Mass of nickel oxide = c) Based on the above calculate the Theoretical Yield of Nickel oxide obtained from the mass of nickel in part (iv) above d) Calculate the percentage yield of nickel oxide
15. Laboratory analysis of a sample yielded the following data for the combustion of Nickel Ni(s) + O2(g) àNi O(s) i) Mass of a crucible = 30.02g ii) Mass of nickel (Ni) and crucible = 31.07 g iii) Mass of nickel oxide and crucible = 31.36 g Based on the above information, calculate the following iv) Mass of nickel (Ni) in sample = v) Mass of nickel oxide = c) Based on the above calculate the Theoretical Yield of Nickel oxide obtained from the mass of nickel in part (iv) above d) Calculate the percentage yield of nickel oxide
Chapter7: Statistical Data Treatment And Evaluation
Section: Chapter Questions
Problem 7.12QAP
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15. Laboratory analysis of a sample yielded the following data for the combustion of Nickel Ni(s) + O2(g) àNi O(s)
i) Mass of a crucible = 30.02g
ii) Mass of nickel (Ni) and crucible = 31.07 g
iii) Mass of nickel oxide and crucible = 31.36 g
Based on the above information, calculate the following
iv) Mass of nickel (Ni) in sample =
v) Mass of nickel oxide =
c) Based on the above calculate the Theoretical Yield of Nickel oxide obtained from the mass of nickel in part (iv) above
d) Calculate the percentage yield of nickel oxide
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