I'm not sure If i have the right answer can someone help?
a) CH3COOH + NaOH ---------> CH3COONa + H2O
at stoichiometric point all CH3COOH reacted with NaOH
so solution contain CH3COO- and Na+ ions only
b) CH3COOH + NaOH ---------> CH3COONa + H2O
halfway point means 50% acid convert to CH3COONa
so aolution contain CH3COOH , CH3COO- and Na+ ions
I'm not sure If i have the right answer can someone help? CH3COOH ANADH -> HO...
help plwase 2. For a weak acid (e.g., CH.COOH) that is titrated with a strong base, (e.g., NaOH), what species (ions and/or molecules) are present in the solution at the equivalence point? 3. For a weak acid (e.g. CH3COOH) that is titrated with a strong base (e.g., NaOH), what species (ions and/or molecules) are present in the solution at the half-equivalence point?
Which of the statements below is/are true of your solution at equivalence? Select all true statements below. The concentration of acetate ions (CH2C00) at equivalence is the same as the original concentration of acetic acid (CH2COOH) at the start of the titration (i.e. 1.0 M). The number of moles of acetate ions (CH3COO") at equivalence is the same as the number of moles of of acetic acid (CH2COOH) at the start of the titration (i.e. 0.10 mol). At the equivalence...
5,6,7 5. An example of a Lewis acid which is NOT also acting as a HBronsted acid is (see species in bold) A. 2H20-H0'+OH B. HCI NaOH NaCl H20 C. BHs NHs->BHNH D. NHs H0NH+OH 6. On the diagram at the right of titration of a weak acid by a strong base, what is represented by the point A? A. the 50:50 bufler mixture B. the stoichiometric point C. mL added base D. the buffer zonc E. solution of strong...
can someone help me answer these 5 questions and figire this graph out please? Acid-Base Titration of a Weak Acid with a Strong Base: Determination of K. Introduction: You will be titrating a solution of a weak acid with 0.100 M NaOH, while monitoring the reaction using a pH meter. Weak acids have characteristic acid-ionization constants, K. The purpose of this lab is to use the titration to determine the value of this constant for the weak acid called “benzoic...
I'm not sure about how I'm supposed to find NaOH concentration from a strong acid and strong base titration. I'm thinking that 2.5×10^-8 mol per L that I calculated would make the moles of NaOH 2.5x10^-8 mol since it's a one to one ratio. Hydrochloric acid titration: Confirming the concentration of NaOH Concentration of HCl solution from the stock bottle: _ 0.OSM! Initial pH of HCl solution: 1.66 pH Volume NaOH (mL) Concentration of NaOH (M) Non Phenolphthalein (end point)...
If the Ka for HCIO, is 1,0x10, what is the Kb of CIO:? A. 1.0x1014 B. 1.0x10 C. 1.0x1015 D. 1.0x10 2 Choose the list which, based on structure, puts the acids in the order of most acidic to least acidic. A. HF> HCI> HBr> III B. CCla-COOII> CCbl-COOI> CCIH-COOH> CH-coOfI C. 1ICIO>HCIO,> HCIO3> HCIO4 D. B(OH),> NII> H2O > HF Which of the following substances will produce a basic solution? A. MgCl B. Fe(NO) C. KI D. NaF 4....
A Weak Acid - Strong Base Titration Report Sheet Date: Name: Volume of CH3COOH (ml): Sample Code: { 10.00 mL Temperature: _22.0_ Initial Volume of NaOH (mL): 0.00 Molarity of NaOH (from label): _0.1013__ RUN 1 From LabQuest Titration Curve From 1st Derivative From Printed Titration Curve Instructor's Approval of LabQuest Data Volume of NaOH at Equivalence Pt (mL) 12.00mL 12.65mL Average Volume of NaOH at Equivalence Pt Include printed graphs of titration curve and 1st Derivation with Report Sheet...
can someone please help me out with questions 1-5, please To add more information this was given to me for a lab that used a weak acid and we added a strong base through titration. We just observed how the ph changes. Later we then used a buffer with a weak acid to see how buffers affect ph change. These questions are basically surrounded around those topics to help us prepare. However, I'm kinda confused about answering them because weak...
EXP. 5 BUFFERS, TITRATION CURVES, AND INDICATORS LAB REPORT WORKSHEETS and/or molecules, include the spectator ions. Since water is the solvent, it is not considered a major species. CH₃COOH, OH- To decide which are the major species, consider what reactants were put into the titration beaker at each stage, and what, if any, chemical reactions between them have occurred. 110mL unknown i. Before any NaOH is added (at the start of the titration). Carefully think about what you have put...
Can you please answer the part i underlined? Thanks!! Point A,b,c is not given details about the points are given so you have to guess and find it thats the part I was having a hard time with Computer-Simulated Titration Curve 12.00 + 0.00 10.00 0.00 12.00 2.00 8.00 4.00 6.00 Drops of Added 0.01 M NaOH Figure 14.10 1 drop of 0.04 M H,PO, with 0.01 M NaOH. H3PO4(aq) + NaOH(aq) + NaH PO,(aq) + H2O(1) Referring to Figure...