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exists to perform the required functions, or if volume production makes it economically viable to actually design and manufacture the RFIC itself an extremely expensive option.

6. Given a system with a certain total amount of energy and a certain total number of molecules, the system will be most likely to distribute its energy among its molecules according to a. which distribution has the most number of permutations. B. which energy has the most number of distributions. c. which molecule has the most energy. D. which distribution has the most number of molecules. 7. Suppose we have a particular distribution of energy among a set of molecules. For convenience we will call it distribution X. How do we calculate the probability of distribution X relative to all possible distributions of the energy for this set of molecules a. number of permutations for distribution X divided by total number of distributions B. number of distributions for distribution X divided by the total number of distributions c. number of distributions for distribution X divided by the total number of permutations for all possible distributions D. number of permutations for distribution X divided by the total number of permutations for all possible distributions 8. The Boltzmann distribution is a. the most probable distribution for any significant number of molecules. B. not the only distribution that occurs. c. so much higher in probability than all other distributions, that for all practical purposes, with any significant number of molecules it can be considered to be the only distribution that occurs. D. all of the above 9. A biophysicist wants to use a two-state approximation to model the conformational state of a solution of lipids. That is, we assume that the lipids can exist in only two energy states. Assuming a Boltzmann distribution and using E1 = 2.5 3 10 20 J and E2 = 3.0 3 10 20 J, what is the fraction of lipids in each energy level at 295 K a. F1 = 77.3% and F2 = 22.7% B. F1 = 22.3% and F2 = 77.7% c. F1 = 76.3% and F2 = 23.7% D. F1 = 89.0% and F2 = 11.0% 10. When an energy level has multiple states with the same amount of energy, then that energy level is said to be a. diminished. B. decadent. c. degenerate. D. depraved.

on the exam like the last example. You should be able to do these exercises fairly quickly, spending no more than one minute for each address you re given.

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Router# show aaa aal2 access-expression access-lists accounting . . . Router# show Show AAA values Show commands for AAL2 List access expression List access lists Accounting data for active sessions

e 4 j/10 4 2 + cos(4 j/10) 10