Part IlI: Write out two chemical equations for the reactions which were performed in the hydrolys...
Questions: 1. Write balanced equations for each of the four different acid-base reactions in this experiment. Include phases (s, 1, g, aq) for reactants and products. Naoteit HChagj- NaOH agl+ NH2 (09) t HUiagy NHz 491 HadtNaa (a4) Hao t NaCats HCaHso (44) NH4 ca) + C211202a) t 2. How does the enthalpy of neutralization change when you switch from a strong acid to a weak acid with the same base? From a strong base to a weak base with...
can you help with the stared questions Properties of Amines: Solubility, Basicity and Amine Salts To My wedydd iedereen C horoby aming the Now where they. Check the path W e Salability 5. Base Hydrolysis of Amides Marea of he Namas praded Neutraline solutio n ep I by adding & M HCL racion d o the solution drop-by Chemical Equat mofthene salt Lab 9-8 4. Properties of Amines: Solubility, Basicity and Amine Salts Place 3 drops of triethylamine in a...
Reactions of Carboxylic Acids and Their Derivatives Part A. Carboxylic Acid Salts 1. Salt Formation Compound Solvent Solubility Benzoic acid Cold Water Benzoic acid 10% NaOH 2. Salt Hydrolysis Sodium acetate solution changed the color of litmus from to Questions 1. Write an equation that accounts for the solubility of benzoic acid in aqueous base. 2. What would you expect to happen if a solution of sodium benzoate were acidified? Write an equation. 3. Explain how a water-insoluble organic acid...
Part III: Writing equations for reactions involving amines Write equations to represent the reactions that would occur between the following reactants. Use bondline structures for the organic substances involved. A. Ethanamine and hydrochloric acid B. Ammonia and sulfuric acid C. Aniline and nitric acid D. 2-propanamine and acetic acid Part IV: Using the CRC Handbook of Chemistry and Physics to Obtain Physical Data Use the CRC Handbook to find and record information concerning water solubility for the following compounds. Both...
Part B: Difference between Strong and Weak Acids Write net ionic equations for the reaction of HCI with Zn and HCl with CaCOs. Compare and explain the chemical behavior of 6 M HCI versus 6M HC2H302 when reacted with either Zn or CaCOs. Use concentration of H as part of the explanation. Page 70 APPLICATION OF PRINCIPLES 1. Using the Electrolyte Table and the Solubility Table, write the formulas of the principle species present when the following are mixed with...
Part III. Single Replacement. With the following reactions, evidence of a reaction may not be immediately apparent. Before making a decision be sure to let the reaction stand for approximately 10 minutes. If no reaction occurs, write, "NO RXN" in under balanced chemical equations; Do not Wrile products or other equations. 1. Fill a test tube half full with DI water and place it behind the safety shield in the hood. Sodium metal is stored under a non-reactive solvent such...
Chemical Reactions For each reaction you observed, the names of the reactants and products are given below. You must: 1. Write the correct formula for each reactant and product. Balance each equation. 2. A. Combination reactions magnesium oxide 1. Magnesium + oxygen (unbalanced) Mg+ O, MgO sulfur dioxide 2. Sulfur + oxygen B. Analysis of the Copper Content of a Penny po zinc chloride + hydrogen zinc + hydrochloric acid HCI ZnCl, 1. (unbalanced) н, Zn + C. Single Replacement...
1. Write a structural formula for each of the following compounds: (36 pts) (a) m-chlorobenzoyl chloride (b) N-ethyl benzamide (c) dibenzalacetone (d) ethyl acetoacetate (e) 2-ethyl-1-butanamine (t) dibenzylamine 2. Write a structural formula for the principal organic product or products of each of the following reactions: (36 pts) (a) propanoyl chloride and sodium propanoate (b) acetic anhydride and 3-pentanol (c) acetaldehyde and sodium ethoxide (CH3CH2ONa) in ethanol solvent (d) cyclohexanone, benzaldehyde, and NaOH (e) 2-aminopropane and acetyl chloride in pyridine...
2. Write the structure of the principal organic product(s) of the following reactions: (112 pts) (a) 2-chloropropane + lithium in diethyl ether (b) product of (a) with cyclohexanone, followed by dilute acid (c) benzoic acid + NaOH+H2O (d) hexanoic acid + Brą + PBrz (e) ethyl acetate + CH3CH2O- Nat in ethanol (f) ethyl acetoacetate + sodium ethoxide + 1-bromobutane (g) propanal + ethanol + dissolved HCl gas (h) (CH),CO K + CH I in (CH),COH solvent (i) 2,4-pentanedione +...
Part A: Part B: Need help ASAP!! 2. For the reactions that were to be completed in Part A of the experiment, prepare a table with the formulas from Group A as headings of the columns and the formulas of Group B as headings of the ows. Within the table, fill in the formula and systematic name of the predicted precipitates that will form. If no precipitate is expected from the reaction, write 'No Reaction'. For each predicted precipitate, look...