ch15
... Organic Compounds and the Atomic Properties of Carbon 15.1 The Special Nature of Carbon and the Characteristics of Organic Molecules 15.2 The Structures and Classes of Hydrocarbons 15.3 Some Important Classes of Organic Reactions 15.4 Properties and Reactivities of Common Functional Groups 15.5 The ...
... Organic Compounds and the Atomic Properties of Carbon 15.1 The Special Nature of Carbon and the Characteristics of Organic Molecules 15.2 The Structures and Classes of Hydrocarbons 15.3 Some Important Classes of Organic Reactions 15.4 Properties and Reactivities of Common Functional Groups 15.5 The ...
Organic Chemistry - Unit 2
... There are many different families or classes of organic compounds. The thing that differentiates them is a functional group. The functional group is a specific arrangement of atoms that is capable of characteristic chemical reactions. The double and triple bonds are considered functional groups as t ...
... There are many different families or classes of organic compounds. The thing that differentiates them is a functional group. The functional group is a specific arrangement of atoms that is capable of characteristic chemical reactions. The double and triple bonds are considered functional groups as t ...
7 - Mona Shores Blogs
... d. Ag 35. Copper does not react with hydrochloric acid whereas manganese does? This means that a. copper is more active than hydrogen b. manganese is less active than hydrogen c. chloride ion will react with copper d. manganese is higher on the activity series than copper 36. What is the E for a sy ...
... d. Ag 35. Copper does not react with hydrochloric acid whereas manganese does? This means that a. copper is more active than hydrogen b. manganese is less active than hydrogen c. chloride ion will react with copper d. manganese is higher on the activity series than copper 36. What is the E for a sy ...
Structure of Organic Compounds Infra
... compound being converted to carbon dioxide and the hydrogen in the compound being converted into water. If there is oxygen in the original compound, its presence is determined by difference. In an elemental analysis laboratory, a technician measured out exactly 500.0mg of a sample [Compound X]. Th ...
... compound being converted to carbon dioxide and the hydrogen in the compound being converted into water. If there is oxygen in the original compound, its presence is determined by difference. In an elemental analysis laboratory, a technician measured out exactly 500.0mg of a sample [Compound X]. Th ...
Name Class Date 23.4 Polymers Organic compounds can bond
... Addition Polymers An addition polymer forms when unsaturated monomers covalently bond to form a long chain. The physical properties of polymers change with the length of the carbon chain. Polymers of ethylene, propylene, styrene, and others have many industrial uses. Addition polymers are widely use ...
... Addition Polymers An addition polymer forms when unsaturated monomers covalently bond to form a long chain. The physical properties of polymers change with the length of the carbon chain. Polymers of ethylene, propylene, styrene, and others have many industrial uses. Addition polymers are widely use ...
8.2-Organic Nomenclature packet
... between the carbon atoms is shorter in the double bond. It is also more reactive than a single bond since the bond (the second pair of electrons) is farther from the nuclei. Naming is a little bit more complex for alkenes than alkanes. Since the double bond could appear at various sites in a typic ...
... between the carbon atoms is shorter in the double bond. It is also more reactive than a single bond since the bond (the second pair of electrons) is farther from the nuclei. Naming is a little bit more complex for alkenes than alkanes. Since the double bond could appear at various sites in a typic ...
Organic Chemistry - hrsbstaff.ednet.ns.ca
... Organic Chemistry (the study of carbon-containing compounds) Carbon atoms have unique properties that allow them to form many compounds: 1. Carbon atoms form 4 covalent bonds. ...
... Organic Chemistry (the study of carbon-containing compounds) Carbon atoms have unique properties that allow them to form many compounds: 1. Carbon atoms form 4 covalent bonds. ...
Organic Tutorial 1st Year HT01
... i) why sodium ethoxide, but not sodium hydroxide, is a suitable base catalyst; ii) the importance of the relative pKa’s of EAA (ca. 9), EtOH (ca. 16) and MeCOOEt (ca. 25). b) A undergoes an analogous intramolecular reaction (Dieckmann Condensation). There are two possible products when B is used und ...
... i) why sodium ethoxide, but not sodium hydroxide, is a suitable base catalyst; ii) the importance of the relative pKa’s of EAA (ca. 9), EtOH (ca. 16) and MeCOOEt (ca. 25). b) A undergoes an analogous intramolecular reaction (Dieckmann Condensation). There are two possible products when B is used und ...
Chemical Equation
... • Are compounds composed of charged particles. • In general: the electrons are shared between the ions. Metals tend to give up their electrons to an incomplete nonmetal. • All Ionic compounds are represented by their empirical formulas. They are always in the smallest whole number ratios. ...
... • Are compounds composed of charged particles. • In general: the electrons are shared between the ions. Metals tend to give up their electrons to an incomplete nonmetal. • All Ionic compounds are represented by their empirical formulas. They are always in the smallest whole number ratios. ...
Structure and Bonding in Organic Compounds
... We can use the same formula to illustrate another type of oxygen-containing organic compound, ethers, which are organic compounds in which the oxygen is bonded to two carbon atoms, not only to one as found in alcohols. Rearrange the atoms in one of your propanol models to construct an ether. Draw th ...
... We can use the same formula to illustrate another type of oxygen-containing organic compound, ethers, which are organic compounds in which the oxygen is bonded to two carbon atoms, not only to one as found in alcohols. Rearrange the atoms in one of your propanol models to construct an ether. Draw th ...
Chapter 7
... 3. Carbon atoms may form single, double, or triple bonds. 4. Carbon may form single and double bonds with the atoms of many other elements. 5. Carbon may form compounds that contain different structural arrangements and combinations with the same molecular formula. isomers: carbon compounds having t ...
... 3. Carbon atoms may form single, double, or triple bonds. 4. Carbon may form single and double bonds with the atoms of many other elements. 5. Carbon may form compounds that contain different structural arrangements and combinations with the same molecular formula. isomers: carbon compounds having t ...
Organic_Nomenclature_packet
... and the bond length between the carbon atoms is shorter in the double bond. It is also more reactive than a single bond since the bond (the second pair of electrons) is farther from the nuclei. Naming is a little bit more complex for alkenes than alkanes. Since the double bond could appear at vari ...
... and the bond length between the carbon atoms is shorter in the double bond. It is also more reactive than a single bond since the bond (the second pair of electrons) is farther from the nuclei. Naming is a little bit more complex for alkenes than alkanes. Since the double bond could appear at vari ...
Organic Nomenclature - Alkanes, Alkenes, Alkynes
... double bond. It is also more reactive than a single bond since the bond (the second pair of electrons) is farther from the nuclei. Naming is a little bit more complex for alkenes than alkanes. Since the double bond could appear at various sites in a typical molecule, we have to specify where it is ...
... double bond. It is also more reactive than a single bond since the bond (the second pair of electrons) is farther from the nuclei. Naming is a little bit more complex for alkenes than alkanes. Since the double bond could appear at various sites in a typical molecule, we have to specify where it is ...
C3 3.1-3.4 part 1 Alcohols, carboxlic acids and esters progress ticket
... Use the correct answer from the box to complete the word equation for the reaction. carbon ...
... Use the correct answer from the box to complete the word equation for the reaction. carbon ...
Part 1
... Alcohols & phenols: contain the hydroxyl group (-OH) alcohols: at least 1 H on a hydrocarbon is replace by OH phenols: at least 1 H on an aromatic ring is replaced by OH 2-propanol ...
... Alcohols & phenols: contain the hydroxyl group (-OH) alcohols: at least 1 H on a hydrocarbon is replace by OH phenols: at least 1 H on an aromatic ring is replaced by OH 2-propanol ...
Curriculum Project
... 4. Look at the structural differences between single and double bonds and the shape instead of being linear becomes bent so it is more difficult for it to pack into layers on the sides of arteries. More energy has to be removed so it will form a solid because of the shape difference. ISOMER AND FUNC ...
... 4. Look at the structural differences between single and double bonds and the shape instead of being linear becomes bent so it is more difficult for it to pack into layers on the sides of arteries. More energy has to be removed so it will form a solid because of the shape difference. ISOMER AND FUNC ...
A1983RD07900001
... In gas chromatography, peak maxima of the members of the simplest homologous series, the n-paraffins, provide fixed points on a special ‘tape measure’ which change with experimental conditions. Using regularity of retention data for these homologues (linearity of the logarithms with carbon number) t ...
... In gas chromatography, peak maxima of the members of the simplest homologous series, the n-paraffins, provide fixed points on a special ‘tape measure’ which change with experimental conditions. Using regularity of retention data for these homologues (linearity of the logarithms with carbon number) t ...
Equilibrium Constant- Keq
... Equilibrium Constant- Keq 1. In an experiment, 0.500 mol/L of hydrogen bromide gas is decomposed into hydrogen and bromine gases. a) Write the equilibrium equation and equilibrium law for this reaction. b) The equilibrium concentrations in this system are [HBr(g)] =0.240 mol/L and [H2(g)]=0.130 mol/ ...
... Equilibrium Constant- Keq 1. In an experiment, 0.500 mol/L of hydrogen bromide gas is decomposed into hydrogen and bromine gases. a) Write the equilibrium equation and equilibrium law for this reaction. b) The equilibrium concentrations in this system are [HBr(g)] =0.240 mol/L and [H2(g)]=0.130 mol/ ...
Organic chemistry
... The chemistry course comprises organic, inorganic and physical chemistry courses. The general courses provide an overview of the atomic structure, past and present. The electron configuration of the elements and their position in the periodic table are elaborated. The course sets major concepts in c ...
... The chemistry course comprises organic, inorganic and physical chemistry courses. The general courses provide an overview of the atomic structure, past and present. The electron configuration of the elements and their position in the periodic table are elaborated. The course sets major concepts in c ...
Functional Groups Help Sheet
... 1) First build a model of an alkane, eg ethane – see Starter Sheet for how to make the molecule. 2) Build a model of the compound from your first chemical group. See what makes it different to the alkane and write this down. 3) Build models for the other four groups you have chosen, writing down how ...
... 1) First build a model of an alkane, eg ethane – see Starter Sheet for how to make the molecule. 2) Build a model of the compound from your first chemical group. See what makes it different to the alkane and write this down. 3) Build models for the other four groups you have chosen, writing down how ...
8B31A38F-1279-3B00-CDA90244BEA11A7B
... 2. Add prefixes to indicate # of atoms. Omit mono- prefix on the FIRST element. Mono- is OPTIONAL on the SECOND element (in this class, it’s NOT optional!). 3. Change the ending of the second element to -ide. ...
... 2. Add prefixes to indicate # of atoms. Omit mono- prefix on the FIRST element. Mono- is OPTIONAL on the SECOND element (in this class, it’s NOT optional!). 3. Change the ending of the second element to -ide. ...
AP Chemistry - Jackson County School System
... a. K1939 b. 2311Na. c. 20882Pb d. 3315P White gold is an alloy that typically contains 45.0% by mass gold and the remainder is platinum. If 154 g of gold are available, how many grams of platinum are required to combine with the gold to form this alloy? ...
... a. K1939 b. 2311Na. c. 20882Pb d. 3315P White gold is an alloy that typically contains 45.0% by mass gold and the remainder is platinum. If 154 g of gold are available, how many grams of platinum are required to combine with the gold to form this alloy? ...
MODEL BUILDING LAB #1
... 1. The more bonds between carbon atoms the closer the atoms are to each other. 2. The more bonds the stronger the bond and the carbon atoms loose the ability to rotate. 3. Acetylene, C2H2, has a triple bond between the carbon atoms and methane has no carboncarbon bond so there is much more energy th ...
... 1. The more bonds between carbon atoms the closer the atoms are to each other. 2. The more bonds the stronger the bond and the carbon atoms loose the ability to rotate. 3. Acetylene, C2H2, has a triple bond between the carbon atoms and methane has no carboncarbon bond so there is much more energy th ...
The d-block elements are commonly known as transition
... Ligand-to-Metal Charge-Transfer (LMCT) Transition Color in transition-series metal compounds is generally due to the electronic transitions of two principal types of charge transfer transitions. An electron may jump from a predominantly ligand orbital to a predominantly metal orbital, giving rise t ...
... Ligand-to-Metal Charge-Transfer (LMCT) Transition Color in transition-series metal compounds is generally due to the electronic transitions of two principal types of charge transfer transitions. An electron may jump from a predominantly ligand orbital to a predominantly metal orbital, giving rise t ...
Organosulfur compounds
Organosulfur compounds are organic compounds that contain sulfur. They are often associated with foul odors, but many of the sweetest compounds known are organosulfur derivatives, e.g., saccharin. Nature abounds with organosulfur compounds—sulfur is essential for life. Of the 20 common amino acids, two (cysteine and methionine) are organosulfur compounds, and the antibiotics penicillin (pictured below) and sulfa drugs both contain sulfur. While sulfur-containing antibiotics save many lives, sulfur mustard is a deadly chemical warfare agent. Fossil fuels, coal, petroleum, and natural gas, which are derived from ancient organisms, necessarily contain organosulfur compounds, the removal of which is a major focus of oil refineries.Sulfur shares the chalcogen group with oxygen, selenium and tellurium, and it is expected that organosulfur compounds have similarities with carbon–oxygen, carbon–selenium and carbon–tellurium compounds, which is true to some extent.A classical chemical test for the detection of sulfur compounds is the Carius halogen method.