Question

Use Fick’s law to show that the diffusion limited on-rate is approximately 109 s-1M-1.

Use Fick’s law to show that the diffusion limited on-rate is approximately 109 s-1M-1.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. Explain how the Fick’s First Law of Diffusion is related to drug concentrations of either...
1. Explain how the Fick’s First Law of Diffusion is related to drug concentrations of either side of a membrane or barrier. 2. What is the role of the partition coefficient in determine the transport of drug across a barrier or membrane. 3. What is the pH-partition theory?
2) A table with diffusion rate data. Diffusion rate behavior follows the following mathematical form: D...
2) A table with diffusion rate data. Diffusion rate behavior follows the following mathematical form: D = D0 exp(-Q/RT) Diffusion Rate Data Temp (oC) 1/T Diffusion Coeff (m2/s) 977 0.0008 4.00E-13 855 0.00089 6.00E-14 722 0.00101 3.50E-15 636 0.0011 3.40E-16 a) Create a semi-log (base 10) plot of creep strain as a function of 1/T, again making sure to appropriately label and scale your data and graph. Label the figure and axes and provide the bestfit line, equation, and R2...
Choose the correct answer: 1- If the surface area for diffusion increases, the rate of diffusion...
Choose the correct answer: 1- If the surface area for diffusion increases, the rate of diffusion will (increase/decrease). 2-If the temperature decreases, the rate of diffusion will (increase/decrease). 3-If the diffusion distance decreases, the rate of diffusion will (increase/decrease).
1. A)Determine the rate law of the reaction and find the value of the rate constant...
1. A)Determine the rate law of the reaction and find the value of the rate constant (k) with proper units.    2O3 → 3O2 Experiment #    Initial [O3] (M)    Initial Rate (M/sec) 1 0.2            4 2 0.4            8 3 0.6            12 B) Find out the rate constant K data for a method of initial rates problem with three experimental rates determined. [A]          [B]            rate...
For the reaction show below determine the rate law. H2SO3(aq) + 6I-(aq) + 4H+(aq) → S(s)...
For the reaction show below determine the rate law. H2SO3(aq) + 6I-(aq) + 4H+(aq) → S(s) + 2I3- + 3H2O (l) In the presence of a little starch, this solution turns from colorless to blue when I3- is formed. The following data were obtained: [H2SO3] [H+] [I-] Initial Rate (mol/L s) 1.0 x 10-2 2.0 x 10-1 2.0 x 10-1 1.66 x 10-7 3.0 x 10-2 2.0 x 10-1 2.0 x 10-1 4.98 x 10-7 1.0 x 10-2 1.0 x...
1. If the oxygen diffusion coefficient in tissue is assumed to be 1.1x10-5 cm2/s and fluid...
1. If the oxygen diffusion coefficient in tissue is assumed to be 1.1x10-5 cm2/s and fluid velocity is 1 um/s, how large a distance between capillaries is required for convection to play an equally significant role as diffusion? Assuming an average distance between capillaries of 100 um, does convection play a significant role? Use Peclet number to justify answers.
Diffusion limited Faradaic currents can be very high in electrochemistry under the two following circumstances: 1)...
Diffusion limited Faradaic currents can be very high in electrochemistry under the two following circumstances: 1) at very short times after the potential is changed or 2) when the electrolyte solution is moving rapidly with respect to the electrode surface. Why is this true?
Use the equation for the rate of the net heat exchange by radiation to show that...
Use the equation for the rate of the net heat exchange by radiation to show that if the surrounding temperature is not too different than the temperature of the object then the object will radiate heat according to Newton's law of cooling. That is, show that the rate of heat loss is proportional to the change in temperature between the object and its environment. [Hint: If the temperature of the object, T1, is approximately equal to the temperature of the...
On January 15th 2019 Snow Limited and Flood Limited agreed on a 1 year swap with...
On January 15th 2019 Snow Limited and Flood Limited agreed on a 1 year swap with quarterly settlement and the swap rate at 7% p.a. on notional principal of $1m. Snow Limited is the payer. The floating rate was set at BBSW which was 8% p.a. on January 15, 8.5% in April, 7% in July, 6.5% in October and 5% in January 2020. Calculate the swap cash settlements between the two parties over the life of the swap. Assume an...
On January 15th 2019 Snow Limited and Flood Limited agreed on a 1 year swap with...
On January 15th 2019 Snow Limited and Flood Limited agreed on a 1 year swap with quarterly settlement and the swap rate at 7% p.a. on notional principal of $1m. Snow Limited is the payer. The floating rate was set at BBSW which was 8% p.a. on January 15, 8.5% in April, 7% in July, 6.5% in October and 5% in January 2020. Calculate the swap cash settlements between the two parties over the life of the swap. Assume an...