Show by means of chemical equations how TWO (2) of the following conversions could be achieved....
to Page 20 of 21 to Page 19 ot 21 Show by means of chemical equations how TWO (2) of the following conversions could be achieved from CI
30. Show how you could accomplish the following conversions. It will take more than one step a. prepare acetaldehyde from ethene b. prepare 2-methylpropane from 2-methyl-2-propanol c. prepare butanone from 1-butene d. prepare propanamide from 1-propanol e. prepare 1-pentene from 1-pentanal f. prepare cylopentene from cyclopentanone g. prepare 1,2-dibromobutane from butanal 26. 27. How could you make benzoic acid more soluble in water? Write the equations for the reactions of ethylamine with water and with a strong acid. Name the...
-CH2 7. Write the chemical equations to show how could be converted to: (2 marks) CHE OH a. H2 C-oh b.
2. Starting with butane, show, using chemical equations, how you could prepare a. 2-bromobutane b. 1-bromobutane Note: For the following targets, you may also choose to begin with either 2-bromobutane or the 1-bromobutane as prepared above without repeatedly showing how you made these two compounds. Be sure to choose the best starting material for each job! c. 1-butene d. e. 3-methylheptane f. 5-methyl-3-heptyne 2. Starting with butane, show, using chemical equations, how you could prepare a. 2-bromobutane b. 1-bromobutane Note:...
(a) Show using chemical equations how successive deprotonation of the following coordination compounds produces an oxoacid. Show all charges. (i) [Ni(OH2)3(NH3)3]3+ (ii) [Cu(OH2)2(CN)2]3+
Show how the following conversions might be accomplished. Show all reagents and all intermediate structures. More than one step may be required. Show how the following conversions might be accomplished. Show all reagents and all intermediate structures. More than one step may be required.
1. Balancing equations and stoichiometric conversions.(2 pts) Provide the stoichiometric values that balance the following reaction equation. Cot14 + _02 --> _CO2 + _H₂O 2. (3 pts) Metallic potassium reacts with Br2 (g) to produce potassium bromide. Show the balanced reaction equation for this reaction.
Using chemical equations, show how the triprotic acid H3PO4 ionizes in water Phases, such as() or (aq), are optional. al 2+ a2 3+ a3
QUESTION 2 (a) Write chemical equations to show what happens when each of the following substances is mixed with water: (i) Hydrocyanic acid (ii) Potassium sulfate (iii) Silver bromide (iv) Hydroiodic acid (b) Write chemical equations for the following processes: (i) Chemical reaction for AHⓇ for C3H BrNHz(s) Combustion of 1 mol of C6H6(1) (iii) Fusion of gold (iv) Oxidation of water to produce oxygen gas (v) Neutralization of 1 mol of barium hydroxide by phosphoric acid (vi) Thermal decomposition...
1. (25) Show how to accomplish the following conversions (1-3 steps each)