Show that for elementary order 3 reactions, after
integration the following equation will be obtained:
a. A + B + D → results
b. A + 2B → results
(if you want to answer, please, the photo is clear and legible)
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Show that for elementary order 3 reactions, after
integration the following equation will be obtained:
a....
5. For the parallel elementary reactions: AB & AC The following graph is obtained from experiments: 0.0014 0.00...
5. For the parallel elementary reactions: AB & AC The following graph is obtained from experiments: 0.0014 0.00165 0.0019 0.00215 0.0024 0.00265 0.0029 0.00315 1 (K) the smallest When only A is present at the beginning, at what temperature will A) 350 K B) 500 K C) 600 K D) 650 K E) 625 K
9. For second-order reactions the slope of a plot of 1A versus time is b. KTA...
9. For second-order reactions the slope of a plot of 1A versus time is b. KTA kt ch 10. If the reaction 2A + 3D products is first order in A and second-order in D. then the rate law will have the form rate- a. K[ALDI KADC KIAFDd. KIAD 11. In the first-order reaction products, the initial concentration of AIN 1.56 M and the concentration is 0.869 M after 48.0 min. What is the value of the route constant, k....
A) Consider the above equation, 2T obtained for three dimensions. Following the same lines of rea...
a) Consider the above equation, 2T obtained for three dimensions. Following the same lines of reasoning above, show that in two dimensions, this equation becomes: g,A where A is the two-dimensional area of the two-dimensional sample b) Find kF as a function of N and A for such a two-dimensional system e) Find the Fermi energy for such a two-dimensional system d) At nonzero temperature, we want to compute the chemical potential (T). By imposing that the average number of...
Page 1 of 2 Pre-lab Questions for Experiment #4 Chemical Reactions 1) A chemical equation uses...
Page 1 of 2 Pre-lab Questions for Experiment #4 Chemical Reactions 1) A chemical equation uses chemical symbols to show what happens during a chemical reaction: reactants → products. A chemical equation is a shorthand notation of a chemical reaction. Once the reactants and products are known, then we can balance the chemical equation by the Law of Conservation of Mass. Balance the following chemical equations: (a) Nalico, Na.co, + H2O + CO. (b) Cu + HNO, Cu(NO) + NO...
only need e f and g thank you 12.11.3 Activity: The Rotational Inertia of a Disk Measure the radius, R, of the disk shown in Figure 12.17. Use the theoretical equation obtained rom integration to...
only need e f and g thank you
12.11.3 Activity: The Rotational Inertia of a Disk Measure the radius, R, of the disk shown in Figure 12.17. Use the theoretical equation obtained rom integration to calculate the theoretical value of the rotational inertia of that disk. The a. theoretical equation isD2b You will need to find an equation for the area of a hoop or radius, r, in order to determine what fraction of the total mass of the disk...
a) Consider the above equation, 2T obtained for three dimensions. Following the same lines of reasoning...
a) Consider the above equation, 2T obtained for three dimensions. Following the same lines of reasoning above, show that in two dimensions, this equation becomes: g,A where A is the two-dimensional area of the two-dimensional sample b) Find kF as a function of N and A for such a two-dimensional system e) Find the Fermi energy for such a two-dimensional system d) At nonzero temperature, we want to compute the chemical potential (T). By imposing that the average number of...
283 Laminar fow in a narrow slit (see Fig, 2B.3), Fluid in Fluid outFig. 2B.3 Flow...
283 Laminar fow in a narrow slit (see Fig, 2B.3), Fluid in Fluid outFig. 2B.3 Flow through a slit, with B< W<<L a) A Newtonian fluid is in laminar flow in a narrow slit formed by two parallel walls a dis tance 2B apart. It is understood that B <W, so that "edge effects" are unimportant. Make a differential momentum balance, and obtain the following expressions for the momentum-flux and velocity distributions ", " (부). (2B.3-1) (P )B (2B.3-2) In...
Differential equation For a 2^nd order DE Lq + Rq + (1/C)q = 0 a) Show...
Differential equation
For a 2^nd order DE Lq + Rq + (1/C)q = 0 a) Show that the product of the Eigen values is (1/LC) b) Show that the Sum of the Eigen values is (-R/L) c) Show that if the value of C = L = 1 what must be the maximum R so that we have converging solution? At the maximum value of R, what would be the frequency of driven force to have zero Impedance?
What is the solution for this first order nonlinear differential equation of this SIR model with...
What is the solution for this first order nonlinear differential equation of this SIR model with these initial conditions? S(t)=not infected individuals (1) l(t)- Currently Infected (588) R(t)- recovered individuals (0) This will be a nonlinear first order differential equation(ODE) dasi d/dt-sal-kt di/dt a (s-k/a) i dr/dt-ki Total population will be modeled by this equation consistent with the SlR model. d(S+l+R)/dt= -saltsal-kltkl-0 Solution: i stk/aln stK Model the topic using a differential equation. a) Draw any visuals (diagrams) that exemplify...
Please show all work! 2. A battery is constructed from these two half reactions. The balanced,...
Please show all work!
2. A battery is constructed from these two half reactions. The balanced, standard reduction equation and E (as V vs. SHE) for each is shown. Ce" E-2.336 E0432 3e- Ce (s) + 2 CO (g) 2H+2e--HC.O (a) (1 pt) What is the balanced overall reaction that occurs? (b) (0.5 pt) What is n, the number of electrons transferred, for this reaction (c) (1 pt) What is E for the battery from these two reactions?
5. For the parallel elementary reactions: AB & AC The following graph is obtained from experiments: 0.0014 0.00165 0.0019 0.00215 0.0024 0.00265 0.0029 0.00315 1 (K) the smallest When only A is present at the beginning, at what temperature will A) 350 K B) 500 K C) 600 K D) 650 K E) 625 K
9. For second-order reactions the slope of a plot of 1A versus time is b. KTA kt ch 10. If the reaction 2A + 3D products is first order in A and second-order in D. then the rate law will have the form rate- a. K[ALDI KADC KIAFDd. KIAD 11. In the first-order reaction products, the initial concentration of AIN 1.56 M and the concentration is 0.869 M after 48.0 min. What is the value of the route constant, k....
a) Consider the above equation, 2T obtained for three dimensions. Following the same lines of reasoning above, show that in two dimensions, this equation becomes: g,A where A is the two-dimensional area of the two-dimensional sample b) Find kF as a function of N and A for such a two-dimensional system e) Find the Fermi energy for such a two-dimensional system d) At nonzero temperature, we want to compute the chemical potential (T). By imposing that the average number of...
Page 1 of 2 Pre-lab Questions for Experiment #4 Chemical Reactions 1) A chemical equation uses chemical symbols to show what happens during a chemical reaction: reactants → products. A chemical equation is a shorthand notation of a chemical reaction. Once the reactants and products are known, then we can balance the chemical equation by the Law of Conservation of Mass. Balance the following chemical equations: (a) Nalico, Na.co, + H2O + CO. (b) Cu + HNO, Cu(NO) + NO...
only need e f and g thank you
12.11.3 Activity: The Rotational Inertia of a Disk Measure the radius, R, of the disk shown in Figure 12.17. Use the theoretical equation obtained rom integration to calculate the theoretical value of the rotational inertia of that disk. The a. theoretical equation isD2b You will need to find an equation for the area of a hoop or radius, r, in order to determine what fraction of the total mass of the disk...
a) Consider the above equation, 2T obtained for three dimensions. Following the same lines of reasoning above, show that in two dimensions, this equation becomes: g,A where A is the two-dimensional area of the two-dimensional sample b) Find kF as a function of N and A for such a two-dimensional system e) Find the Fermi energy for such a two-dimensional system d) At nonzero temperature, we want to compute the chemical potential (T). By imposing that the average number of...
283 Laminar fow in a narrow slit (see Fig, 2B.3), Fluid in Fluid outFig. 2B.3 Flow through a slit, with B< W<<L a) A Newtonian fluid is in laminar flow in a narrow slit formed by two parallel walls a dis tance 2B apart. It is understood that B <W, so that "edge effects" are unimportant. Make a differential momentum balance, and obtain the following expressions for the momentum-flux and velocity distributions ", " (부). (2B.3-1) (P )B (2B.3-2) In...
Differential equation
For a 2^nd order DE Lq + Rq + (1/C)q = 0 a) Show that the product of the Eigen values is (1/LC) b) Show that the Sum of the Eigen values is (-R/L) c) Show that if the value of C = L = 1 what must be the maximum R so that we have converging solution? At the maximum value of R, what would be the frequency of driven force to have zero Impedance?
What is the solution for this first order nonlinear differential equation of this SIR model with these initial conditions? S(t)=not infected individuals (1) l(t)- Currently Infected (588) R(t)- recovered individuals (0) This will be a nonlinear first order differential equation(ODE) dasi d/dt-sal-kt di/dt a (s-k/a) i dr/dt-ki Total population will be modeled by this equation consistent with the SlR model. d(S+l+R)/dt= -saltsal-kltkl-0 Solution: i stk/aln stK Model the topic using a differential equation. a) Draw any visuals (diagrams) that exemplify...
Please show all work!
2. A battery is constructed from these two half reactions. The balanced, standard reduction equation and E (as V vs. SHE) for each is shown. Ce" E-2.336 E0432 3e- Ce (s) + 2 CO (g) 2H+2e--HC.O (a) (1 pt) What is the balanced overall reaction that occurs? (b) (0.5 pt) What is n, the number of electrons transferred, for this reaction (c) (1 pt) What is E for the battery from these two reactions?
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