4. Consider a 150.0 g sample of nitrogen trifluoride (NF3). Show your work for each of the calculations below using dimensional analysis. a) How many moles of nitrogen trifluoride are present in the sample? b) Calculate the number of nitrogen trifluoride molecules present in the sample. 1243mple of the compoul c) Calculate the total number of atoms present in the sample. d) Calculate the number of nitrogen atoms present in the sample. 124 g sample of formula units prese

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Chapter3: Stoichiometry
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Problem 12ALQ: Is there a difference between a homogeneous mixture of hydrogen and oxygen in a 2:1 mole ratio and a...
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4. Consider a 150.0 g sample of nitrogen trifluoride (NF3). Show your work for each of the
calculations below using dimensional analysis.
a) How many moles of nitrogen trifluoride are present in the sample?
b) Calculate the number of nitrogen trifluoride molecules present in the sample.
ple of the compr
c) Calculate the total number of atoms present in the sample.
d) Calculate the number of nitrogen atoms present in the sample.
the nunber cof formula units prese
sample of the compounl
e) Calculate the number of fluorine atoms present in the sample.
d. Deters
of ions pro
124g sample
the comnound
f) Add up the number of nitrogen atoms and fluorine atoms present. Does that number look
familiar? Does this make sense? Explain.
number of C esent in 124gsamole
alcium lons pr
g) Draw the interactions present between nitrogen trifluoride molecules? Show at least 3 nitrogen
trifluoride molecules.
Determine the
af Chloride lons present in 124 g sample of the compound
Transcribed Image Text:4. Consider a 150.0 g sample of nitrogen trifluoride (NF3). Show your work for each of the calculations below using dimensional analysis. a) How many moles of nitrogen trifluoride are present in the sample? b) Calculate the number of nitrogen trifluoride molecules present in the sample. ple of the compr c) Calculate the total number of atoms present in the sample. d) Calculate the number of nitrogen atoms present in the sample. the nunber cof formula units prese sample of the compounl e) Calculate the number of fluorine atoms present in the sample. d. Deters of ions pro 124g sample the comnound f) Add up the number of nitrogen atoms and fluorine atoms present. Does that number look familiar? Does this make sense? Explain. number of C esent in 124gsamole alcium lons pr g) Draw the interactions present between nitrogen trifluoride molecules? Show at least 3 nitrogen trifluoride molecules. Determine the af Chloride lons present in 124 g sample of the compound
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