The Separation of Three Organic Compounds by Acid, BaseReactions and Liquid, Liquid Extraction.

Okay, so we had solid benzoic acid, ethyl 4- aminobenzoate, and9-fluorenone all dissolved in diethyl ether. We separated the basiccomponent by adding 3M HCl, we separated the acidic component byadding 3M NaOH. I don't understand what happens here. To isolatethe acidic solution, we added 6 M NaOH and used the vacuum torecover the solid. To isolate the basic solution we added 6M HCl. Idid an experiment where a 1:1:1 mixture of Benzoic Acid solid(C6H5COOH), ethyl 4-aminobenzoate solid (C9H11NO2), and9-fluorenone solid (C13H8O) was dissolved with methylene chloride.Then each component was extracted and tested. I need to come upwith a proton transfer chemical reaction that represents whathappened in each separation. First separation: HCl was added andtwo layers formed. aqueous layer was extracted and transfer to aclean container and methylene chlotide layer was left aside. NaOHwas added dropwise to aqueouse layer extraction and vacuumfiltration was used to extract/separate the basic component ethyl4-aminobenzoate solid (C9H11NO2).

Results &Data:

1)Benzoic acid (Acid)

Benzoic acid	0.051g
Tare dish	0.419 g
Dish with Solid (Benzoic acid)	0.443 g
Dry mass obtained (Final product after vacumming)	0.441 g
Melting point	97.0 °C – 97.2 °C

Table 1: Collected data from Benzoic acid

2) Benzoate (Base)

Benzoate	0.050 g
Tare dish	0.406 g
Dish with Solid (Benzoate)	0.413 g
Dry mass obtained (Final product after vacumming)	0.408 g
Melting point	78.0 °C – 79.4 °C

Table 2: Collected data from Benzoate.

3) 9-Fluorenone (Neutral)

9-Fluorenone	0.050 g
Tare tube	11.360 g
Dry mass obtained (Final product after drying)	11.470 g
Melting point	89.4 °C – 89.5 °C

Table 3: Collected data from 9-Fluorenone.

I need to find the theoretical and percent yield of eachproduct, how many mg of each product is present. And also create 4chemical reactions. Need help, Please help thankyou