Chemistry Lab 2010
... b = path length (cm) c = concentration (M) ε = Molar absorbtivity (constant, units M-1 cm-1) Lambert-Beer or Beer’s Law Plot: Provided all absorbance measurements are made on the same spectrophotometer with the same cell, a graph of absorbance vs. concentration will be linear. Example: Copper (II) i ...
... b = path length (cm) c = concentration (M) ε = Molar absorbtivity (constant, units M-1 cm-1) Lambert-Beer or Beer’s Law Plot: Provided all absorbance measurements are made on the same spectrophotometer with the same cell, a graph of absorbance vs. concentration will be linear. Example: Copper (II) i ...
Gas Laws
... HONORS CHEMISTRY – 2nd SEMESTER EXAM REVIEW – SPRING 2008 STRATEGY: Start by reading through your notes (chapters 8 – 15 and 18) to refresh your memory on these topics. Then, use this review sheet as a starting point to identify the areas on which you need to spend more study time. For those areas, ...
... HONORS CHEMISTRY – 2nd SEMESTER EXAM REVIEW – SPRING 2008 STRATEGY: Start by reading through your notes (chapters 8 – 15 and 18) to refresh your memory on these topics. Then, use this review sheet as a starting point to identify the areas on which you need to spend more study time. For those areas, ...
Determination of added citrate content in cheese and
... 100mL with water, blend and settle for 30min. Dispose part of the primary filtrate, suck 5.00 mL filtrate into a 100mL volumetric flask, dilute to volume of 100mL with water and obtain the test solution. B.5.3 Drawing standard curve Suck 0, 0.20, 0.40, 0.60, 0.80 and 1.00mL standard lactose working ...
... 100mL with water, blend and settle for 30min. Dispose part of the primary filtrate, suck 5.00 mL filtrate into a 100mL volumetric flask, dilute to volume of 100mL with water and obtain the test solution. B.5.3 Drawing standard curve Suck 0, 0.20, 0.40, 0.60, 0.80 and 1.00mL standard lactose working ...
1.1 Molar Mass 1.2 Molar Mass 1.3 Conversion
... What mass of CH4 could form when combining these reactants? What mass of the unused reactant is left over? ...
... What mass of CH4 could form when combining these reactants? What mass of the unused reactant is left over? ...
Cellular respiration
... that is not ATP yet. It’s just a gradient where we have a lot of H proton concentration in outer compartment become more acidic than the matrix. So there is electric gradient between outer and inner compartment. These protons are pumped from matrix into outer compartment and they want to get back in ...
... that is not ATP yet. It’s just a gradient where we have a lot of H proton concentration in outer compartment become more acidic than the matrix. So there is electric gradient between outer and inner compartment. These protons are pumped from matrix into outer compartment and they want to get back in ...
Unit 6: Reactions and Stoichiometry
... One of the most well-known numbers in the study of chemistry is number of units in a mole. The number of units in a mole is called Avogadro’s number (named after the Italian physicist). The mole is defined as the number of atoms in 12.0 grams of 12C. As you can tell from the equality below, the mole ...
... One of the most well-known numbers in the study of chemistry is number of units in a mole. The number of units in a mole is called Avogadro’s number (named after the Italian physicist). The mole is defined as the number of atoms in 12.0 grams of 12C. As you can tell from the equality below, the mole ...
Crossing borders to bind proteins—a new concept in protein
... acids. Nucleic acids are also used in protein recognition. Aptamers are polynucleic acids selected from large pools of binder candidates [8]. A frequently used argument in favour of selection methods is that huge libraries of candidates can be searched efficiently and that this feature makes it more ...
... acids. Nucleic acids are also used in protein recognition. Aptamers are polynucleic acids selected from large pools of binder candidates [8]. A frequently used argument in favour of selection methods is that huge libraries of candidates can be searched efficiently and that this feature makes it more ...
Document
... We can use Equation 3.10, relying on a periodic table to obtain the atomic weight of each component element. The atomic weights are first used to determine the formula weight of the compound. (The formula weight of C12H22O11, 342.0 amu, was calculated in Sample Exercise 3.5.) We must then do three c ...
... We can use Equation 3.10, relying on a periodic table to obtain the atomic weight of each component element. The atomic weights are first used to determine the formula weight of the compound. (The formula weight of C12H22O11, 342.0 amu, was calculated in Sample Exercise 3.5.) We must then do three c ...
Chapter 12
... Alcohols Compounds with one or more -OH groups attached to a hydrocarbon group. Carboxylic acids Compounds that have a hydrogen atom or a hydrocarbon group connected to a -COOH (or -CO2H) group. Ethers Compounds with two hydrocarbon groups surrounding an oxygen atom. Aldehydes Compounds that have a ...
... Alcohols Compounds with one or more -OH groups attached to a hydrocarbon group. Carboxylic acids Compounds that have a hydrogen atom or a hydrocarbon group connected to a -COOH (or -CO2H) group. Ethers Compounds with two hydrocarbon groups surrounding an oxygen atom. Aldehydes Compounds that have a ...
Gas Laws
... 18. The rate of effusion of an unknown gas was determined to be 2.92 times faster than that of ammonia. What is the approximate molecular weight of the unknown gas? 19. In the reaction, N2 + H2 NH3, how many mL of nitrogen, measured at STP, are required to produce 400 mL of NH3, measured at STP? H ...
... 18. The rate of effusion of an unknown gas was determined to be 2.92 times faster than that of ammonia. What is the approximate molecular weight of the unknown gas? 19. In the reaction, N2 + H2 NH3, how many mL of nitrogen, measured at STP, are required to produce 400 mL of NH3, measured at STP? H ...
Bchm2000_P1 - U of L Class Index
... regarding the pI and relative charge of the protein(s) in each chromatogram peak? In cre a s in g [Na Cl] ...
... regarding the pI and relative charge of the protein(s) in each chromatogram peak? In cre a s in g [Na Cl] ...
Cellular Respiration Review
... Reward= 2 ATP for glycolysis. Lactic acid fermentation: Only one step in lactic acid/lactate fermentation: the conversion of 2 pyruvate molecules from glycolysis into 2 lactates. Like alcoholic fermentation, NADH gives up its hydrogen to form NAD+ which can be recycled and used in glycolysis ...
... Reward= 2 ATP for glycolysis. Lactic acid fermentation: Only one step in lactic acid/lactate fermentation: the conversion of 2 pyruvate molecules from glycolysis into 2 lactates. Like alcoholic fermentation, NADH gives up its hydrogen to form NAD+ which can be recycled and used in glycolysis ...
Chapter 5- Structure and Function of Large Biological Molecules
... units follow. However, this analogy falls far short of describing the great diversity of macromolecules because most biological polymers are much longer than the longest word. Proteins, for example, are built from 20 kinds of amino acids arranged in chains that are typically hundreds of amino acids ...
... units follow. However, this analogy falls far short of describing the great diversity of macromolecules because most biological polymers are much longer than the longest word. Proteins, for example, are built from 20 kinds of amino acids arranged in chains that are typically hundreds of amino acids ...
Mole
... Mole Ratio In a balanced equation, the ration between the numbers of moles of any two substances. ...
... Mole Ratio In a balanced equation, the ration between the numbers of moles of any two substances. ...
Advanced Placement Chemistry
... 11. Utilized as a coating to protect Fe from corrosion 12. Is added to silicon to enhance its properties as a semiconductor 13. Utilized as a shield from sources of radiation Directions: Each of the questions or incomplete statements below is followed by five suggested answers or completions. Select ...
... 11. Utilized as a coating to protect Fe from corrosion 12. Is added to silicon to enhance its properties as a semiconductor 13. Utilized as a shield from sources of radiation Directions: Each of the questions or incomplete statements below is followed by five suggested answers or completions. Select ...
The Complete Notes - Joliet Junior College
... number of sig. figs. Example: A sample of lead has a mass of 2.105 g and a volume of 0.11 mL. What is the density of lead? Answer: ...
... number of sig. figs. Example: A sample of lead has a mass of 2.105 g and a volume of 0.11 mL. What is the density of lead? Answer: ...
AP Chemistry: Course Introduction Sheet
... The particle that defines the identity of an atom is the _____________ Every hydrogen atom has ___ proton. Every magnesium atom has ___ protons. Any atom that has 23 protons is _________________. Any atom that has 92 protons is _________________. The mass of an atom is mostly from the ___________ an ...
... The particle that defines the identity of an atom is the _____________ Every hydrogen atom has ___ proton. Every magnesium atom has ___ protons. Any atom that has 23 protons is _________________. Any atom that has 92 protons is _________________. The mass of an atom is mostly from the ___________ an ...
Thermal Degradation of Small Molecules: A
... labile and can potentially undergo degradation during sample handling, including storage, extraction, and analysis. Temperature control is one of the key aspects of metabolomic experiments. For example, an NMR study showed that urine sample storage at different temperatures, i.e., room temperature (2 ...
... labile and can potentially undergo degradation during sample handling, including storage, extraction, and analysis. Temperature control is one of the key aspects of metabolomic experiments. For example, an NMR study showed that urine sample storage at different temperatures, i.e., room temperature (2 ...
Griffith_155
... The PI-PLCs purified from B. cereus and B. thuringiensis are nearly identical in their physicochemical properties examined thus far. We did not observe any (substantial) differences in systematic comparisons of several properties of the purified enzymes: specific activity toward sub strate (PI, GPI) ...
... The PI-PLCs purified from B. cereus and B. thuringiensis are nearly identical in their physicochemical properties examined thus far. We did not observe any (substantial) differences in systematic comparisons of several properties of the purified enzymes: specific activity toward sub strate (PI, GPI) ...
Chemistry 101: The Complete Notes
... number of sig. figs. Example: A sample of lead has a mass of 2.105 g and a volume of 0.11 mL. What is the density of lead? Answer: ...
... number of sig. figs. Example: A sample of lead has a mass of 2.105 g and a volume of 0.11 mL. What is the density of lead? Answer: ...
Green Fluorescent Protein: A Reporter Molecule
... Elute GFP from column by adding a no-salt buffer GFP ...
... Elute GFP from column by adding a no-salt buffer GFP ...
IChO 35 Theoretical Exam
... Rotational energy levels of diatomic molecules are well described by the formula EJ = B J (J+1), where J is the rotational quantum number of the molecule and B its rotational constant. B is related to the reduced mass μ and the bond length R of the h2 molecule through the equation B 2 2 . 8 R In ...
... Rotational energy levels of diatomic molecules are well described by the formula EJ = B J (J+1), where J is the rotational quantum number of the molecule and B its rotational constant. B is related to the reduced mass μ and the bond length R of the h2 molecule through the equation B 2 2 . 8 R In ...
Lecture 14
... 1. Write the correct symbols and formulas for all of the reactants and products. 2. Count the number of each type of atom on BOTH sides of the equation. 3. Insert coefficients until there are the equal numbers of each kind of atom on both sides of the equation. ...
... 1. Write the correct symbols and formulas for all of the reactants and products. 2. Count the number of each type of atom on BOTH sides of the equation. 3. Insert coefficients until there are the equal numbers of each kind of atom on both sides of the equation. ...
recombinant protein characterization
... HPLC system with ion exchange columns (strong and weak cation, or anion exchange packing material), interaction with the column particles based on total net charge of the protein, elution occurs ...
... HPLC system with ion exchange columns (strong and weak cation, or anion exchange packing material), interaction with the column particles based on total net charge of the protein, elution occurs ...
Chem 11 Notes Booklet (pdf version)
... is represented by a symbol (memorize the sheet “Some Common Symbols”). The elements with their symbols are organized into the Periodic Table. Elements combine to form compounds (atoms combine to form molecules). Element 1 ...
... is represented by a symbol (memorize the sheet “Some Common Symbols”). The elements with their symbols are organized into the Periodic Table. Elements combine to form compounds (atoms combine to form molecules). Element 1 ...
Size-exclusion chromatography
Size-exclusion chromatography (SEC) is a chromatographic method in which molecules in solution are separated by their size, and in some cases molecular weight. It is usually applied to large molecules or macromolecular complexes such as proteins and industrial polymers. Typically, when an aqueous solution is used to transport the sample through the column, the technique is known as gel-filtration chromatography, versus the name gel permeation chromatography, which is used when an organic solvent is used as a mobile phase. SEC is a widely used polymer characterization method because of its ability to provide good molar mass distribution (Mw) results for polymers.