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please clearly explain how to do this using the below
information with thr correct sig figs...
please help with clear explanation of steps using the table of information 4. Convert 225.0 mmol...
please help with clear explanation of steps using the table of
information
4. Convert 225.0 mmol of sulfuric acid to mL of sulfuric acid. (hint-you will use the formula mass AND density in the conversion.) Structure for 1-butanol Molecular weight for 1-butanol density for 1-butanol Boiling point 1- butanol 1117.7°C 74.12 g/mol он .81 gram Structure for 1-bromobutane Molecular weight for 1-bromobutane density for 1-bromobutane Boiling pointi bromobutane Br- 137.02g/mol 1.27g/cm3 101.4°C Chemical formula for Sodium Bromide Molecular weight for...
3 part question Determine the theoretical yield (IN GRAMS) for 1-bromobutane if you start with 109...
3 part question
Determine the theoretical yield (IN GRAMS) for 1-bromobutane if you start with 109 mmol of butanol nd excess acid and sodium bromide. (Note: the stoichiometric relationship between butanol and romobutane is 1:1) Convert the theoretical yield of 1-bromobutane to moles. Convert the moles to mmol. please clearly explain how to do this using the below information with thr correct sig figs Structure for 1-butanol Molecular weight for 1-butanol density for 1-butanol Bonpoint butanol 117.7°C 74.12 gimol 81...
Carbon-hydrogen bonds exhibit a range of different chemical reactivity that depends on molecular structure. Classify the...
Carbon-hydrogen bonds exhibit a range of different chemical reactivity that depends on molecular structure. Classify the C-H bonds at the carbons labeled a-c in the structure below. Possible classifications are: primary, secondary, & tertiary or none if there are no hydrogens at the labeled carbon. C-H bond(s) at a C-H bond(s) at b or C-H bond(s) at v primary secondary tertiary 2 item attempts Submit Answer Try Another Version none 1-Bromopropane was prepared by heating 11.1 g of sodium bromide...
8. Fill in the Charts below Compound in the Merck's index and/or other references Chemical Melting...
8. Fill in the Charts below Compound in the Merck's index and/or other references Chemical Melting Temp Molar Mass Formula (g/mol) Sodium sulfate Sodium bicarbonate Sodium bromide Sodium chloride Sodium iodide Compound Boiling Temp Molar Mass Chemical Formula Denisty 1-butanol 1-bromobutane acetone 9. Draw the structural formula, showing unshared electron pairs for: 1-butanol 1 - bromobutane (1-butylbromide) acetone sulfuric acid Urhe .
Please determine amount moles for both compounds using provided information. Results &Calculations: Table I-Synthetic Reagents Limiting...
Please determine amount moles for both compounds using
provided information.
Results &Calculations: Table I-Synthetic Reagents Limiting reagent -Sulfuric Acid Compound CASMolar Volume Density Mass Moles Mass (mL) (g/mL)(g)(mol) /mole) p-Aminobenzoic 150-13-0 137.14 1.202 g g/mol Acid Sulfuric A 12 м 7664-93-9 98.079 1 mL g/mmol I 0.57 gmL 0.57 g Bİ )..
-NITRATION OF Methyl benzoate -addditional information. .( 3.9 g of the product methyl 3-nitrobenzoate for the...
-NITRATION OF Methyl benzoate
-addditional information. .( 3.9 g of the product methyl
3-nitrobenzoate for the percentage yield
Materials used: Amount Compound used/ Molecular weight Density (g/mL) Moles produced 3.05g used 136.15 g/mol N/A 0.0224 mol Methyl Benzoate HO-S-OH 6mL used 98.079 g/mol 1.83 g/cm3 0.112 Sulfuric Acid 2mL used 63.01 g/mol 1.51 g/cm3 0.047g o-N-OH Nitric Acid 3.034g of pure product 181.15 g/mol produced N/A 0.0167 mol NO2 Methyl-m- nitrobenzoate Calculating limiting reagent and theoretical yield: 0.0224 mol methylbenzoate...
answer it all please BS132 Experiment 3 2018-2019 The limiting reagent is the reagent which will...
answer it all please
BS132 Experiment 3 2018-2019 The limiting reagent is the reagent which will completely react and so iIs excess. It will therefore be the reagent for which a lower number o present. Compare the respective molar proportions of the reagents used A and B above] and deduce which is the limiting reagent not in f moles are Igiven by Limiting reagent = 1 mark Scale of reaction (i.e. number of moles of limiting reagent used) - mol...
how do I find the theoretical yield of p-bromoacetanilide? Reagent Data! List of all reagents, catalysts...
how do I find the theoretical yield of
p-bromoacetanilide?
Reagent Data! List of all reagents, catalysts and solvents. For reagents and catalysts, the molecular weight, amount used in m or g. number of moles and limiting reagent should be tabelated. Substance Grams or ml. Molar mass (g/mol) Moles or mmoles Density (if a liquid) 0.1302 10.789 Ethanol 46.07 6.50mL | Acetic 60.052520mL I Acid 60. Acetanilide 135.17 1.00 sodium Bromide 1102.894 2.019 hypochlante 74.44 / 0.6 mL 01083) 17.4 1.os...
Synthesis of 1-Bromobutane: An SN2 Reaction Pre-Laboratory Exercises PRE-LABORATORY EXERCISES NAME: Cynthesis of 1-Bromobutane: An SN...
Synthesis of 1-Bromobutane: An SN2 Reaction Pre-Laboratory
Exercises
PRE-LABORATORY EXERCISES NAME: Cynthesis of 1-Bromobutane: An SN 2 Reaction Butylbromide was prepared by refluxing in a 100-ml round bottomed flask a solution containing 13:35 Br 15 ml of water, 10 mL of n-butyl alcohol. 15 ml of concentrated H.SO. and a few boiling stories, 1. 2. R." d 1.275 laborales Nel CH3CH2CH2CH2OH + NaBr H2SO4 Superletalyst CHCH2CH2CHBr + NaHSO + HO (eq. 16) 1-butanol bp 118 C 1-bromobutane d 0.810 bp...
Can someone please help me how to calculate the theoretical yield from this chart? I am...
Can someone please help me how to calculate the theoretical
yield from this chart?
I am so confused
This is the chart that I was given and Distillate V-2 is the
last part of the chart. This is the part of preparation and
reaction of alkene lab, and only using Distillate V-2 not V-1.
Compounds Molecular Density | Amounts moles Weight or used concentration (gm/mL) Cyclohexanol 0.9624 2.1 mL 20 mmol g/mol Phosphoric 97.994 1.88 0.7 ml 0.0134 acid g/mol...
please help with clear explanation of steps using the table of
information
4. Convert 225.0 mmol of sulfuric acid to mL of sulfuric acid. (hint-you will use the formula mass AND density in the conversion.) Structure for 1-butanol Molecular weight for 1-butanol density for 1-butanol Boiling point 1- butanol 1117.7°C 74.12 g/mol он .81 gram Structure for 1-bromobutane Molecular weight for 1-bromobutane density for 1-bromobutane Boiling pointi bromobutane Br- 137.02g/mol 1.27g/cm3 101.4°C Chemical formula for Sodium Bromide Molecular weight for...
3 part question
Determine the theoretical yield (IN GRAMS) for 1-bromobutane if you start with 109 mmol of butanol nd excess acid and sodium bromide. (Note: the stoichiometric relationship between butanol and romobutane is 1:1) Convert the theoretical yield of 1-bromobutane to moles. Convert the moles to mmol. please clearly explain how to do this using the below information with thr correct sig figs Structure for 1-butanol Molecular weight for 1-butanol density for 1-butanol Bonpoint butanol 117.7°C 74.12 gimol 81...
Carbon-hydrogen bonds exhibit a range of different chemical reactivity that depends on molecular structure. Classify the C-H bonds at the carbons labeled a-c in the structure below. Possible classifications are: primary, secondary, & tertiary or none if there are no hydrogens at the labeled carbon. C-H bond(s) at a C-H bond(s) at b or C-H bond(s) at v primary secondary tertiary 2 item attempts Submit Answer Try Another Version none 1-Bromopropane was prepared by heating 11.1 g of sodium bromide...
8. Fill in the Charts below Compound in the Merck's index and/or other references Chemical Melting Temp Molar Mass Formula (g/mol) Sodium sulfate Sodium bicarbonate Sodium bromide Sodium chloride Sodium iodide Compound Boiling Temp Molar Mass Chemical Formula Denisty 1-butanol 1-bromobutane acetone 9. Draw the structural formula, showing unshared electron pairs for: 1-butanol 1 - bromobutane (1-butylbromide) acetone sulfuric acid Urhe .
Please determine amount moles for both compounds using
provided information.
Results &Calculations: Table I-Synthetic Reagents Limiting reagent -Sulfuric Acid Compound CASMolar Volume Density Mass Moles Mass (mL) (g/mL)(g)(mol) /mole) p-Aminobenzoic 150-13-0 137.14 1.202 g g/mol Acid Sulfuric A 12 м 7664-93-9 98.079 1 mL g/mmol I 0.57 gmL 0.57 g Bİ )..
-NITRATION OF Methyl benzoate
-addditional information. .( 3.9 g of the product methyl
3-nitrobenzoate for the percentage yield
Materials used: Amount Compound used/ Molecular weight Density (g/mL) Moles produced 3.05g used 136.15 g/mol N/A 0.0224 mol Methyl Benzoate HO-S-OH 6mL used 98.079 g/mol 1.83 g/cm3 0.112 Sulfuric Acid 2mL used 63.01 g/mol 1.51 g/cm3 0.047g o-N-OH Nitric Acid 3.034g of pure product 181.15 g/mol produced N/A 0.0167 mol NO2 Methyl-m- nitrobenzoate Calculating limiting reagent and theoretical yield: 0.0224 mol methylbenzoate...
answer it all please
BS132 Experiment 3 2018-2019 The limiting reagent is the reagent which will completely react and so iIs excess. It will therefore be the reagent for which a lower number o present. Compare the respective molar proportions of the reagents used A and B above] and deduce which is the limiting reagent not in f moles are Igiven by Limiting reagent = 1 mark Scale of reaction (i.e. number of moles of limiting reagent used) - mol...
how do I find the theoretical yield of
p-bromoacetanilide?
Reagent Data! List of all reagents, catalysts and solvents. For reagents and catalysts, the molecular weight, amount used in m or g. number of moles and limiting reagent should be tabelated. Substance Grams or ml. Molar mass (g/mol) Moles or mmoles Density (if a liquid) 0.1302 10.789 Ethanol 46.07 6.50mL | Acetic 60.052520mL I Acid 60. Acetanilide 135.17 1.00 sodium Bromide 1102.894 2.019 hypochlante 74.44 / 0.6 mL 01083) 17.4 1.os...
Synthesis of 1-Bromobutane: An SN2 Reaction Pre-Laboratory
Exercises
PRE-LABORATORY EXERCISES NAME: Cynthesis of 1-Bromobutane: An SN 2 Reaction Butylbromide was prepared by refluxing in a 100-ml round bottomed flask a solution containing 13:35 Br 15 ml of water, 10 mL of n-butyl alcohol. 15 ml of concentrated H.SO. and a few boiling stories, 1. 2. R." d 1.275 laborales Nel CH3CH2CH2CH2OH + NaBr H2SO4 Superletalyst CHCH2CH2CHBr + NaHSO + HO (eq. 16) 1-butanol bp 118 C 1-bromobutane d 0.810 bp...
Can someone please help me how to calculate the theoretical
yield from this chart?
I am so confused
This is the chart that I was given and Distillate V-2 is the
last part of the chart. This is the part of preparation and
reaction of alkene lab, and only using Distillate V-2 not V-1.
Compounds Molecular Density | Amounts moles Weight or used concentration (gm/mL) Cyclohexanol 0.9624 2.1 mL 20 mmol g/mol Phosphoric 97.994 1.88 0.7 ml 0.0134 acid g/mol...
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