What is one major disadvantage of using a Lineweaver-Burk plot for determination of kinetic parameters from...
What is one major disadvantage of using a Lineweaver-Burk plot for determination of kinetic parameters from real data?
A.) A Lineweaver-Burk plot biases data with fast initial velocities
B.) The Lineweaver-Burk plots tend to be reliant on how reproducible the initial rate is
C.) The Lineweaver-Burk plot biases low concentration data
D.) all of the above
Homework Answers
D- All of the above
All points seems correct as major disadvantage of using a Lineweaver-Burk plot for determination of kinetic parameters from real data.
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What is one major disadvantage of using a Lineweaver-Burk plot
for determination of kinetic parameters from...
What is one major disadvantage of using a Lineweaver-Burk plot for determination of kinetic parameters from...
What is one major disadvantage of using a Lineweaver-Burk plot for determination of kinetic parameters from real data? A.) A Lineweaver-Burk plot biases data with fast initial velocities B.) The Lineweaver-Burk plots tend to be reliant on how reproducible the initial rate is C.) The Lineweaver-Burk plot biases low concentration data D.) all of the above
LINEWEAVER-BURK plot 1. You perform the hydrolysis reaction as required in the lab experiment, and the...
LINEWEAVER-BURK plot 1. You perform the hydrolysis reaction as required in the lab experiment, and the final reading on your blood glucose meter for one of your samples is 385 mg/dL. You need your data to be in units of mm (millimolar, which is millimoles per liter, abbreviated as mmol/L). Show, in a step-by-step conversion, how you would convert 385 mg/dL to the proper answer in mM. 385 mg dlº= ?mm immoles 2. Assuming that the reaction occurred over a...
i need help with part two PART TWO 1) The steady-state kinetics of an enzyme is studied in the absence and presence...
i
need help with part two
PART TWO 1) The steady-state kinetics of an enzyme is studied in the absence and presence of inhibitor A. The initial rate is given as a function of substrate concentration in the following table. [S] (MM) * Velocity in substrate only y (mM/min) .25 1.72 58 ,598 r.60 2.04 .44 50 A 2.63 238 5.00 .2 3.33 10.00 4.17 4 Velocity in substrate + S inhibitor A (MM/min) 0.98 1.02 | 1.17 . 5...
1. Graphic depictions of enzyme kinetic data can aid in evaluation of reversible enzyme inhibition. Please...
1. Graphic depictions of enzyme kinetic data can aid in evaluation of reversible enzyme inhibition. Please use the data below to determine type of inhibition for using two different concentrations (in blue and purple). Be sure to include graphical representation (Michaelis-Menton, Lineweaver-Burk plots), type of inhibition, appropriate kinetic schemes and rate equations. The enzyme concentration at its initial state E, was kept constant. All data points are given in arbitrary units. Completely justify your answer. Use Excel or graphing paper...
1 Graphic depictions of enzyme kinetic data can and in evaluation of reversible enzyme inhibition. Please...
1 Graphic depictions of enzyme kinetic data can and in evaluation of reversible enzyme inhibition. Please use the data below to determine type of inhibition for using two different concentrations (in blue and purple). Be sure to include graphical representation (Michaelis-Menton. I Lineweaver-Burk plots), type of inhibition, appropriate kinetic schemes and rate equations. The enzyme concentration at its initial state E, was kept constant. All data points are given in arbitrary units. Completely justify your answer. Use Excel or graphing...
i need help with part two the open ended section Patients with chronic hypoxia (low 0, levels) due to decreased lung...
i
need help with part two the open ended section
Patients with chronic hypoxia (low 0, levels) due to decreased lung function may adapt by increasing their circulating BPG levels, Predict which outcome will be TRUE for such a patient. "A) The R-state of hemoglobin will be favored. B) O, binding to hemoglobin will be hyperbolic. C) Pse for O2 will be increased D) Pse for O2 will be decreased. B) None of the answers is correct. 14. Which amino...
QUESTION 1 One of the major concerns in fermented foodstuff is the presence of urethane...
QUESTION 1 One of the major concerns in fermented foodstuff is the presence of urethane in their products, as this compound is known to be carcinogenic. Therefore, the removal of urea, a precursor of urethane, must be achieved efficiently to comply with governmental limiting levels of urethane. One of the most common processes for the removal of urea in the industrial production of alcoholic beverages is the use of urease enzyme. Using 10 g∙dm-3 of urease, initial laboratory tests...
will work with up to 3 partners (similar to a lab group) to prepare a written report which analyzes kinetic data that has been provided to you. All student groups will receive data for the hy...
will work with up to 3 partners (similar to a lab group) to prepare a written report which analyzes kinetic data that has been provided to you. All student groups will receive data for the hypothetical reaction aAlE) products where a is a numeric variable and A is a chemical variable. The reaction therefore has the form of a decomposition reaction, in which a single substance forms one or more new substances. For consistency, all concentrations start out at 1.000...
Help please??! Molarity of KMnO4 is 0.0100 M Determination of oxalate in Kufe.(0,0...0). Name AB A...
Help please??!
Molarity of KMnO4 is 0.0100 M
Determination of oxalate in Kufe.(0,0...0). Name AB A LOCAL Partner's Name MA R ENDALL Total mass of product synthesized in previous experiment (6) 1720 g Molarity of KMnO. (Record from the label on the container) Trial 1 Trial 2 Trial 2 0.105 1. Mass of sample taken for titration (g) 0.11 2. Initial burette reading (ml) 0 Final burette reading (ml) 20 33.4 22.2 4. Volume of KMnO, used (ml) 2.2 5....
MATLAB Code Introduction: “Petrochemical Processing” Diethanolamine (DEA) is extensively used in the gas processing industry for removing acid gases such as carbon dioxide and hydrogen sulfide from li...
MATLAB Code
Introduction: “Petrochemical
Processing”
Diethanolamine (DEA) is extensively used in the gas processing
industry for removing acid gases such as carbon dioxide and
hydrogen sulfide from light hydrocarbons. DEA's popularity is based
on several factors: energy savings compared with certain other
solvents; high affinity for acid gases; fair resistance to
degradation. Degradation is defined as the irreversible
transformation of DEA into undesirable compounds. The principal
degradation compounds were found to be
3-(hydroxyethyl)-2-oxazolidone (HEOD),
N,N,N-tris(hydroxyethyl)ethylenediamine (THEED), and
N,N-bis(hydroxyethyl)-piperazine (BHEP).[1]
In...
LINEWEAVER-BURK plot 1. You perform the hydrolysis reaction as required in the lab experiment, and the final reading on your blood glucose meter for one of your samples is 385 mg/dL. You need your data to be in units of mm (millimolar, which is millimoles per liter, abbreviated as mmol/L). Show, in a step-by-step conversion, how you would convert 385 mg/dL to the proper answer in mM. 385 mg dlº= ?mm immoles 2. Assuming that the reaction occurred over a...
i
need help with part two
PART TWO 1) The steady-state kinetics of an enzyme is studied in the absence and presence of inhibitor A. The initial rate is given as a function of substrate concentration in the following table. [S] (MM) * Velocity in substrate only y (mM/min) .25 1.72 58 ,598 r.60 2.04 .44 50 A 2.63 238 5.00 .2 3.33 10.00 4.17 4 Velocity in substrate + S inhibitor A (MM/min) 0.98 1.02 | 1.17 . 5...
1. Graphic depictions of enzyme kinetic data can aid in evaluation of reversible enzyme inhibition. Please use the data below to determine type of inhibition for using two different concentrations (in blue and purple). Be sure to include graphical representation (Michaelis-Menton, Lineweaver-Burk plots), type of inhibition, appropriate kinetic schemes and rate equations. The enzyme concentration at its initial state E, was kept constant. All data points are given in arbitrary units. Completely justify your answer. Use Excel or graphing paper...
1 Graphic depictions of enzyme kinetic data can and in evaluation of reversible enzyme inhibition. Please use the data below to determine type of inhibition for using two different concentrations (in blue and purple). Be sure to include graphical representation (Michaelis-Menton. I Lineweaver-Burk plots), type of inhibition, appropriate kinetic schemes and rate equations. The enzyme concentration at its initial state E, was kept constant. All data points are given in arbitrary units. Completely justify your answer. Use Excel or graphing...
i
need help with part two the open ended section
Patients with chronic hypoxia (low 0, levels) due to decreased lung function may adapt by increasing their circulating BPG levels, Predict which outcome will be TRUE for such a patient. "A) The R-state of hemoglobin will be favored. B) O, binding to hemoglobin will be hyperbolic. C) Pse for O2 will be increased D) Pse for O2 will be decreased. B) None of the answers is correct. 14. Which amino...
will work with up to 3 partners (similar to a lab group) to prepare a written report which analyzes kinetic data that has been provided to you. All student groups will receive data for the hypothetical reaction aAlE) products where a is a numeric variable and A is a chemical variable. The reaction therefore has the form of a decomposition reaction, in which a single substance forms one or more new substances. For consistency, all concentrations start out at 1.000...
Help please??!
Molarity of KMnO4 is 0.0100 M
Determination of oxalate in Kufe.(0,0...0). Name AB A LOCAL Partner's Name MA R ENDALL Total mass of product synthesized in previous experiment (6) 1720 g Molarity of KMnO. (Record from the label on the container) Trial 1 Trial 2 Trial 2 0.105 1. Mass of sample taken for titration (g) 0.11 2. Initial burette reading (ml) 0 Final burette reading (ml) 20 33.4 22.2 4. Volume of KMnO, used (ml) 2.2 5....
MATLAB Code
Introduction: “Petrochemical
Processing”
Diethanolamine (DEA) is extensively used in the gas processing
industry for removing acid gases such as carbon dioxide and
hydrogen sulfide from light hydrocarbons. DEA's popularity is based
on several factors: energy savings compared with certain other
solvents; high affinity for acid gases; fair resistance to
degradation. Degradation is defined as the irreversible
transformation of DEA into undesirable compounds. The principal
degradation compounds were found to be
3-(hydroxyethyl)-2-oxazolidone (HEOD),
N,N,N-tris(hydroxyethyl)ethylenediamine (THEED), and
N,N-bis(hydroxyethyl)-piperazine (BHEP).[1]
In...
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