1
answer
0
watching
1,139
views
11 Nov 2019
Calculate limiting reagent and theoretical yield. eagent Table 2-Methy cyclohexanone borohydride SodiumMethanol Sodium Dichloromethane hydroxide (3M) 84.93 -97 40 1.33 MW (gmol)112.1737.83 32.04 40.00 300 mp (C) bp (°C) -98 64.7 0.79 162-163 density (g/mL) 0.92 0.05 grams mL Mol equiv 0.3 calculate calculate 0.00123 calculate! calculate! 1.25 1.25 1.0 Note: NaBHs has 4 hydrogen atoms, all of which can react. Therefore it is not the limiting reagent in this experiment 2-Meth yl-cyclohexanone is a liquid. Before the lab, calculate how many mL of this rea gent are needed given that 300 mg will be used in the procedure below. You will need to use the following relationships for your calculation Density = mass/volume Molecular Weight grams/moles. Be sure to confirm your calculations and final volume with your TA.
Calculate limiting reagent and theoretical yield.
eagent Table 2-Methy cyclohexanone borohydride SodiumMethanol Sodium Dichloromethane hydroxide (3M) 84.93 -97 40 1.33 MW (gmol)112.1737.83 32.04 40.00 300 mp (C) bp (°C) -98 64.7 0.79 162-163 density (g/mL) 0.92 0.05 grams mL Mol equiv 0.3 calculate calculate 0.00123 calculate! calculate! 1.25 1.25 1.0 Note: NaBHs has 4 hydrogen atoms, all of which can react. Therefore it is not the limiting reagent in this experiment 2-Meth yl-cyclohexanone is a liquid. Before the lab, calculate how many mL of this rea gent are needed given that 300 mg will be used in the procedure below. You will need to use the following relationships for your calculation Density = mass/volume Molecular Weight grams/moles. Be sure to confirm your calculations and final volume with your TA.
Lelia LubowitzLv2
22 Aug 2019