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13 Dec 2019
Reduction of 9-fluorenone: objective of this lab was to reduce 9-florenone(a ketone), to 9-fluorenol (an alcohol) using sodium borohydride as the reducing agent.
Experimental data:
9-fluorenone: MW 180.20 g/mol mass used 0.6 grams
methanol: MW 32.04 g/mol volume used: 6ml density: 0.792
NaBH4: MW 37.83 g/mol mass used 0.05 grams
9-fluorenol: MW 182.22 g/mol
Balanced equation for the reaction is: 4C13H8O + NaBH4+ 4CH3OH --> 4C13H10O + NaB(OCH3)4
Calculate the potential yield (in grams) if 9-fluorenol for 9-fluorenone, methanol and NaBH4. From these potential yields identify the limiting reagent and theoretical yield.
I tried calculating this on my own and I feel like I did this wrong. Please help
Reduction of 9-fluorenone: objective of this lab was to reduce 9-florenone(a ketone), to 9-fluorenol (an alcohol) using sodium borohydride as the reducing agent.
Experimental data:
9-fluorenone: MW 180.20 g/mol mass used 0.6 grams
methanol: MW 32.04 g/mol volume used: 6ml density: 0.792
NaBH4: MW 37.83 g/mol mass used 0.05 grams
9-fluorenol: MW 182.22 g/mol
Balanced equation for the reaction is: 4C13H8O + NaBH4+ 4CH3OH --> 4C13H10O + NaB(OCH3)4
Calculate the potential yield (in grams) if 9-fluorenol for 9-fluorenone, methanol and NaBH4. From these potential yields identify the limiting reagent and theoretical yield.
I tried calculating this on my own and I feel like I did this wrong. Please help
Trinidad TremblayLv2
17 Dec 2019