Question: .. please do it correct... Pauling and coauthors used an electric field of E = 4.7 volt cm-1, applied for up to 20 hours. For

.. please do it correct...

.. please do it correct... Pauling and coauthors used an electric field

Pauling and coauthors used an electric field of E = 4.7 volt cm-1, applied for up to 20 hours. For a mixture of normal and defective hemoglobin to separate into two distinguishable bands, they must travel significantly different distances under these conditions. Estimate the separation of these bands for two species whose charges differ by just one unit and comment on the feasibility of the experiment. [Hint: Use the Stokes drag formula and [1 eV ~40kBT)

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!

Q:

Pauling and coauthors used an electric field of E = 4.7 volt cm-1, applied for up to 20 hours. For a mixture of normal and defective hemoglobin to separate into two distinguishable bands, they must...

Q:

Pauling and coauthors used an electric field of E = 4.7 volt cm-1, applied for up to 20 hours. For a mixture of normal and defective hemoglobin to separate into two distinguishable bands, they must...

Q:

Pauling and coauthors used an electric field of E = 4.7 volt cm-1, applied for up to 20 hours. For a mixture of normal and defective hemoglobin to separate into two distinguishable bands, they must...

Q:

Pauling and coauthors used an electric field of E = 4.7 volt cm1, applied for up to 20 hours. For a mixture of normal and defective hemoglobin to separate into two distinguishable bands, they must...

Q:

Pauling and coauthors used an electric field of E = 4.7 volt cm-1, applied for up to 20 hours. For a mixture of normal and defective hemoglobin to separate into two distinguishable bands, they must...

Q:

this a biophysical chemistry question 1 Problem 2. Nelson's Problem 8.7 on p 317, part (b): In the experiment discussed in Section 8.3.4 on page 295, Pauling and coauthors used an electric field of E...

Q:

Two major themes from the introduction to module 4 are "Project Management" and "Managing Risk." Discuss, in depth, your analysis of the company's actions in relation to the concepts of these two...

Q:

please can you please help me with this case in order for me to get prepared for my midterm. this is not a homework, its a case given by the professor for us to get ready for the upcoming exam...

Q:

please can you please help me with this case in order for me to get prepared for my midterm. this is not a homework, its a case given by the professor for us to get ready for the upcoming exam...

Q:

A. B. A. B. ( ( ) ) Beginning and Intermediate Algebra An open source (CC-BY) textbook Available for free download at: http://wallace.ccfaculty.org/book/book.html by Tyler Wallace 1 ISBN...

Q:

Want a brief typing Negative effects of social media

Q:

The management of KLIA3-Sepang airport is seeking to build a large hanger for business/corporate jets. Before the construction will be allowed the airport must have a water supply capable of...

Q:

What is not a problem with the Regular Payback Period method? Cashflows beyond the payback year do not matter. It is easier to calculate and understand and is very appealing to decision makers....

Q:

Exercise 2 ( sec 2 0 ) : Write a program that reads the contents of filel that contains lines of numbers. Then copy the data of it to an output file. And read the data of file 2 , and find the...

Q:

Why arent the other purchases suspicious?

Q:

Write your fourth question and provide an answer based on your analysis.

Q:

Do you think the trend over time of average percentage of returned sales for online transactions is similar to or different from the average percentage of returned sales for in-person transactions?...