CHM1032 Study Guide for Final Exam (including Details for sections... This study guide is only for additional information not covered... Revised December 3, 2014
... 2) Know names and structures of functional groups (scattered in Ch.11-16) as well as hydroxyl group (-OH), and carbonyl group(-C=O). 3) Name and write structural formulas for all alkanes, cycloalkanes, and with halogen groups or alkyl groups. 4) For all other compounds (not in #3 above), be able to ...
... 2) Know names and structures of functional groups (scattered in Ch.11-16) as well as hydroxyl group (-OH), and carbonyl group(-C=O). 3) Name and write structural formulas for all alkanes, cycloalkanes, and with halogen groups or alkyl groups. 4) For all other compounds (not in #3 above), be able to ...
FYBSc Revised Syllabus
... 2.5.2. Acetylation of amines with acetic anhydride and acetyl chloride, Action of nitrous acid on primary, secondary and tertiary amines, Methylation of primary, secondary and tertiary amines, yielding quaternary ammonium salts; Hoffmann elimination. Note: Each reaction should be studied with respec ...
... 2.5.2. Acetylation of amines with acetic anhydride and acetyl chloride, Action of nitrous acid on primary, secondary and tertiary amines, Methylation of primary, secondary and tertiary amines, yielding quaternary ammonium salts; Hoffmann elimination. Note: Each reaction should be studied with respec ...
Chapter 8
... 1. Some oxy-acids, when heated, decompose to form water and the nonmetal oxide. Example: Sulfuric acid is heated Example: Nitric acid is heated 2. Some metallic hydroxides (bases), when heated, decompose to form the metal oxide and water. Example: Sodium hydroxide is heated Example: Calcium hydroxid ...
... 1. Some oxy-acids, when heated, decompose to form water and the nonmetal oxide. Example: Sulfuric acid is heated Example: Nitric acid is heated 2. Some metallic hydroxides (bases), when heated, decompose to form the metal oxide and water. Example: Sodium hydroxide is heated Example: Calcium hydroxid ...
Chemical Reactions-Multiple Choice Review
... C) Ba2+ and SO42D) Na+ and IE) SO42- and I41) Which ion(s) is/are spectator ions in the formation of a precipitate of AgCl via combining aqueous solutions of CoCl2 and AgNO3? A) Co2+ and NO3B) NO3- and ClC) Co2+ and Ag+ D) ClE) NO342) The balanced net ionic equation for precipitation of CaCO 3 wh ...
... C) Ba2+ and SO42D) Na+ and IE) SO42- and I41) Which ion(s) is/are spectator ions in the formation of a precipitate of AgCl via combining aqueous solutions of CoCl2 and AgNO3? A) Co2+ and NO3B) NO3- and ClC) Co2+ and Ag+ D) ClE) NO342) The balanced net ionic equation for precipitation of CaCO 3 wh ...
PowerPoint - Organic Chemistry
... • All of these have a plant origin • All of these rely on the “fixing” of C from CO2 • Synthetic organic compounds are derived from fossil fuels or plant material ...
... • All of these have a plant origin • All of these rely on the “fixing” of C from CO2 • Synthetic organic compounds are derived from fossil fuels or plant material ...
Le Chatelier`s Principle Notes
... With the rate of the moving stairs and your walking evenly matched, you appear to be at a standstill. But what happens if the escalator begins moving just a little faster? If you want to maintain the same position you had, at some specific point between the bottom and the top of the stairs, you'll a ...
... With the rate of the moving stairs and your walking evenly matched, you appear to be at a standstill. But what happens if the escalator begins moving just a little faster? If you want to maintain the same position you had, at some specific point between the bottom and the top of the stairs, you'll a ...
coinage metal complexes containing new scorpionate
... 4. ICIS-C.N.R., Corso Stati Uniti, 4, Padova e-mail: [email protected] ...
... 4. ICIS-C.N.R., Corso Stati Uniti, 4, Padova e-mail: [email protected] ...
Organic Chemistry Regents Unit Review
... tons of ethene are produced by the chemical industry each year. Ethene is used in the manufacture of synthetic fibers for carpeting and clothing, and it is widely used in making polyethylene. Low-density polyethylene can be stretched into a clear, thin film that is used for wrapping food products an ...
... tons of ethene are produced by the chemical industry each year. Ethene is used in the manufacture of synthetic fibers for carpeting and clothing, and it is widely used in making polyethylene. Low-density polyethylene can be stretched into a clear, thin film that is used for wrapping food products an ...
Preparation of Supported Catalysts
... Excursus: Solid-Liquid Interfaces – Interfacial Coordination Chemistry (ICC) Oxide surfaces in aqueous suspension Analogy to electrochemistry of surfaces of electrodes: multilayer model of the environment of a solid surface (e.g. Gouy-Chapman-Stern): 1. Monomolecular layer of water or OH-groups che ...
... Excursus: Solid-Liquid Interfaces – Interfacial Coordination Chemistry (ICC) Oxide surfaces in aqueous suspension Analogy to electrochemistry of surfaces of electrodes: multilayer model of the environment of a solid surface (e.g. Gouy-Chapman-Stern): 1. Monomolecular layer of water or OH-groups che ...
C:\Users\Sadhan Chakrabarty\Desktop\0909.xps
... What is the temperature in 0C at which volume of a gas will be zero at constant pressure according to Charles’ law? A gas at fixed temperature is kept in a closed vessel . Some more amount of the same gas is added to the vessel without altering the temperature. What will be the change in pressure? W ...
... What is the temperature in 0C at which volume of a gas will be zero at constant pressure according to Charles’ law? A gas at fixed temperature is kept in a closed vessel . Some more amount of the same gas is added to the vessel without altering the temperature. What will be the change in pressure? W ...
Slide 1
... – Have “bent” structures and are able to hydrogen-bond – Are good solvents for organic compounds • Alcohols are prepared by – the addition of water to the carbons of a double bond or by substitution of an alkyl halide by hydroxide, a potent nucleophile – he reduction of compounds containing a carbon ...
... – Have “bent” structures and are able to hydrogen-bond – Are good solvents for organic compounds • Alcohols are prepared by – the addition of water to the carbons of a double bond or by substitution of an alkyl halide by hydroxide, a potent nucleophile – he reduction of compounds containing a carbon ...
Chapter 10, section 10.5
... • composed of an atom or group of atoms. • groups that replace a hydrogen atom in the corresponding alkane. • a way to classify families of organic compounds. ...
... • composed of an atom or group of atoms. • groups that replace a hydrogen atom in the corresponding alkane. • a way to classify families of organic compounds. ...
Final Exam, Chem 111 2012 Study Guide (labs)
... a. Explain the origin of steric repulsion, with examples (e.g., eclipsed vs staggered) b. Explain how to tell when two structures are different conformations of the same molecule, vs when they are different constitutional isomers. c. Draw distinct constitutional isomers for given alkanes and alkenes ...
... a. Explain the origin of steric repulsion, with examples (e.g., eclipsed vs staggered) b. Explain how to tell when two structures are different conformations of the same molecule, vs when they are different constitutional isomers. c. Draw distinct constitutional isomers for given alkanes and alkenes ...
Adsorption/Partition Chromatography
... Stationary phase must have a similar polarity to the analyte Mobile phase is of substantially different polarity Polarity Series In general, polarity of organic compound in increasing order is: Alkyl < alkenyl < aromatic < halides < sulfides < ethers < nitro < esters ~ aldehydes ~ ketones < alco ...
... Stationary phase must have a similar polarity to the analyte Mobile phase is of substantially different polarity Polarity Series In general, polarity of organic compound in increasing order is: Alkyl < alkenyl < aromatic < halides < sulfides < ethers < nitro < esters ~ aldehydes ~ ketones < alco ...
esterification of palmitic acid with methanol in the
... Esterification is the reaction of free fatty acids with alkyl alcohol to form fatty acid esters and water as shown in the following chemical reaction: R-COOH + R’-OH ...
... Esterification is the reaction of free fatty acids with alkyl alcohol to form fatty acid esters and water as shown in the following chemical reaction: R-COOH + R’-OH ...
Reactions of Alcohols - John Carroll University
... • Ethers can be synthesized by the reaction of alkoxide ions with primary alkyl halides in what is known as the Williamson ether synthesis. • This is an SN2 displacement reaction and as such, works better with primary alkyl halides to facilitate back-side attack. • If a secondary or tertiary alkyl h ...
... • Ethers can be synthesized by the reaction of alkoxide ions with primary alkyl halides in what is known as the Williamson ether synthesis. • This is an SN2 displacement reaction and as such, works better with primary alkyl halides to facilitate back-side attack. • If a secondary or tertiary alkyl h ...
doc CHEM_110_LECTURE_2_nov_6th
... different how the ligands are linked to the transition metal ion e.g. thiocyaniate ion where the ligand can bind to sulfur OR nitrogen - However linkage exists only when there is a choice in the ligands, (if ligand can bond to a metal atom in more than one way) - Geometrical isomers differs in the ...
... different how the ligands are linked to the transition metal ion e.g. thiocyaniate ion where the ligand can bind to sulfur OR nitrogen - However linkage exists only when there is a choice in the ligands, (if ligand can bond to a metal atom in more than one way) - Geometrical isomers differs in the ...
Hydroformylation
Hydroformylation, also known as oxo synthesis or oxo process, is an important homogeneously catalyzed industrial process for the production of aldehydes from alkenes. This chemical reaction entails the addition of a formyl group (CHO) and a hydrogen atom to a carbon-carbon double bond. This process has undergone continuous growth since its invention in 1938: Production capacity reached 6.6×106 tons in 1995. It is important because the resulting aldehydes are easily converted into many secondary products. For example, the resulting aldehydes are hydrogenated to alcohols that are converted to plasticizers or detergents. Hydroformylation is also used in specialty chemicals, relevant to the organic synthesis of fragrances and natural products. The development of hydroformylation, which originated within the German coal-based industry, is considered one of the premier achievements of 20th-century industrial chemistry.The process typically entails treatment of an alkene with high pressures (between 10 to 100 atmospheres) of carbon monoxide and hydrogen at temperatures between 40 and 200 °C. Transition metal catalysts are required.