the data needed has been probided in the table! thank you and will mit forget to give a thumb up after getting the answe

[answerhappygod]

the data needed has been probided in the table!
thank you and will mit forget to give a thumb up
after getting the answers!

The Data Needed Has Been Probided In The Table Thank You And Will Mit Forget To Give A Thumb Up After Getting The Answe 1 (44.66 KiB) Viewed 11 times

The Data Needed Has Been Probided In The Table Thank You And Will Mit Forget To Give A Thumb Up After Getting The Answe 2 (55.89 KiB) Viewed 11 times

Data weight of Conical vial = 23.560 weight of P-anisalenud Vial = 22.1939 weight of accet ophenone + vial = 22.8832 weight of the crude product: •315 g 7. yield of crude 315 9 23829 *100=13.229 weight of the drying glass. 22.315 9. melting Point of cruce: 75.0C-75.1°C Putified Product = .0559 Melting Point of Pure Product - 75.6°C -78.30

1. (1 pt.) Give the weight and number of moles of the starting p-anisaldehyde that you used. Show all equations and don't forget units. (assume that weight and mass are equivalent). 2. (1 pt.) Give the weight and number of moles of the starting acetophenone that you used. Show all equations and don't forget units. (assume that weight and mass are equivalent). 3. (1 pt.) Give the limiting reactant/reagent for the reaction between p-anisaldehyde and acetophenone and also give the number of moles of the limiting reagent. 4. (1 pt.) Give the theoretical yield of the product of the reaction, in moles. 5. (1 pt.) Give the weight and the number of moles of your crude (non-recrystallized product). Show all equations and don't forget units. Assume that the crude material is all product even though you know this is almost certainly not true. 6. (1 pt.) Calculate the percentage yield of the crude product by dividing the number of moles of the product by the theoretical yield in moles (and then multiply by 100 to get the percentage). Include the equation and all units.