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Explain how cyclic voltammetry can be used to obtain a value for the rate constant, k.
Can someone please explain the
equilibrium rate constant and what it means and why it is used
here, and how it relates to the k and k prime shown above. Thank
you!
How is the rate of a reaction related to its activation energy (Section 11-2)? Consider a bimolecular reaction that proceeds along the following pathway: where X represents the transition state. The rate of the reaction can be expressed as d[P [12-A] where k is the ordinary rate constant...
1.3 Show how d In K/dT = AH/RT2 can be used to obtain a plot where In K vs 1/T will yield AH° and ASO. (4)
Technically, k' is a pseudo-rate constant. Explain why k' is not the true rate constant for the reaction. Draw the structure of EDTA^4-.
For a given reaction, the rate constant, k, was determined at different temperatures. To obtain a linear graph, one should plot: k vs. time ln k vs. 1/T ln k vs. ln [A] k vs. 1/T ln k vs. time ln k vs [A] 1/T vs 1/[A] [A] vs T
Can you please explain how to obtain answers to all parts of this question? Please provide step by step instructions. I'm very confused on how to predict this information. Predict the rate law for the reaction NO + Br2 --> NOBr2 if : a. the rate doubles when [NO] is doubled and [Br2] remains constant. b. the rate doubles when [Br2] is doubled and [NO] remains constant. c. The rate increase by 1.56 times when [NO] is increased 1.25 times...
28. Use a labelled diagram to show how the value of Q can be used to predict the direction a reaction with a known K value at constant temperature and pressure will proceed.
Describe how an attacker can obtain the one-time pad that is used to encrypt a message, given both the message and the ciphertext, and explain why your method works. Suppose that two equal-sized messages M1 and M2 are encrypted with the same one-time pad and let C1 and C2 be the resulting ciphertexts. Suppose further that an attacker captures both ciphertexts C1 and C2, and knows one of the two messages, say M1. Based on Part a), describe how the...
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Please help me how to calculate rate constant k
dt The rate of a gas-phase reaction occurring at 400K is reported in the literature in the form ap4 = 3.66 pź atm h' The equation is to be re-written in the more usual form -1A = kca² kmol m 5+ Calculate the value (with units) of the rate constant k. [0.0334 mồ kmol's']
TRUE or FALSE Please explain why. Regression techniques can be used to obtain the sample correlation coefficient.
Explain how the graph of f can be obtain from the graph y=1/x .f(x)=(-1/x-2)-2the graph can be obtain from y=1/x by reflecting across the x-axis , and shifting it how?