Preparation of a ß Unsaturated Carboxylic Acid The lab report should be include the following:
Introduction:
Aim:
Method:
Results:
Theoretical yield of product
4 g:
Theoretical yield of product in grams = (Moles of starting product) x (Molecular weight of product)
Percent yield:
Percent yield = (Experimental yield/ Theoretical yield) x 100
Melting Points
Melting point of actual product = 130-140oC
Melting point literature value
IR interpretation:
Interpretation of NMR
Discussion:
Solve the questions
Conclusion The lab report should be include the following:
Introduction:
Aim:
Method:
Results:
Theoretical yield of product
4 g:
Theoretical yield of product in grams = (Moles of starting product) x (Molecular weight of product)
Percent yield:
Percent yield = (Experimental yield/ Theoretical yield) x 100
Melting Points
Melting point of actual product = 130-140oC
Melting point literature value
IR interpretation:
Interpretation of NMR
Discussion:
Solve the questions
Conclusion Preparation of a ß Unsaturated Carboxylic Acid The lab report should be include the following:
Introduction:
Aim:
Method:
Results:
Theoretical yield of product
4 g:
Theoretical yield of product in grams = (Moles of starting product) x (Molecular weight of product)
Percent yield:
Percent yield = (Experimental yield/ Theoretical yield) x 100
Melting Points
Melting point of actual product = 130-140oC
Melting point literature value
IR interpretation:
Interpretation of NMR
Discussion:
Solve the questions
Conclusion
Preparation of a ß Unsaturated Carboxylic Acid The lab report should be include the following:
Introduction:
Aim:
Method:
Results:
Theoretical yield of product
4 g:
Theoretical yield of product in grams = (Moles of starting product) x (Molecular weight of product)
Percent yield:
Percent yield = (Experimental yield/ Theoretical yield) x 100
Melting Points
Melting point of actual product = 130-140oC
Melting point literature value
IR interpretation:
Interpretation of NMR
Discussion:
Solve the questions
Conclusion
