Write a mechanism, using curved arrows, for the acid-base reaction given below. Show the correct structures for the products (including lone pair electrons). Label each component as acid, base, conjugate acid, and conjugate base. H.: Hö:

8:01 Back Module 3 Homework.docx that structure affects acranty, with a greater degree of resonance, the conjugate base becomes more stabilized, meaning that the acid form is more acidic. Draw appropriate resonance structures to show why one compound in the pair is more acidic. F₂C OH Bond Strength and its effects on acidity HSH HO Rank the following acids in order of increasing acidity (1 being the least acidic) and support each answer, briefly. Observed Trend: HF OH pka = 7 pka 15.7 Trends can be seen within the periodic table that can dictate acidity based on bond. strength.; all things being equal, the stronger the bond the weaker the acid. HCI Additional Problems Dashboard Calendar H₂C OH HBr weakest acid strongest acid Explain this observed trend based on bond strength and bond length. To Do HI Show by writing appropriate resonance structures that the two compounds shown form the same conjugate base upon innination Whinh atam in the naminaata hana Douf haava 44 Notifications MeOH…

Arrange the acids below in order of predicted decreasing strength (i.e., from strongest to weakest). A H3NB HClC H3PD H2SE H3As

2. a) For each compound show its conjugate base. Lone pairs have been left out but are assumed to be t Show all valence electrons. Show any resonance structures if applicable. b) Rank the conjugate bases in the order you would predict, from most stable to least stable. c) Rank the original compounds in order, from strongest acid to weakest acid. OH Br OH OH OH