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I need a 700-850 word paper details on what the paper are about are listed below.
Choose one argument from the historic American or global works listed in the "Supplemental Readings" section of the course lessons. Decide whether this argument is successful or not. If you decide this essay is successful, discuss why. You may use the structure of the argument, the tone, and the various types of support (ethos, pathos, and logos) as proof of the argument's success. Make sure that your thesis has an introduction that contains a hook and a thesis, body paragraphs that discuss one proof at a time (one paragraph per example), and a conclusion. If you decide that the essay is not successful, then discuss the fallacies that the argument makes. You are still required to have a strong introduction (hook and thesis), body paragraphs that discuss one fallacy at a time, and a conclusion. You may also discuss how the essay is successful with reservations. In this case, point to both the support and the fallacies you have found in the work.
This paper should be at least 700 words, but no more than 850. The paper should be formatted correctly MLA style and written in third person (do not use the words I, me, us, we, or you). The essay should also contain citations and a works cited list.
Finding values of a composite discrete time signal, A discrete time signal x(n) = x(n-1) + x(n-3) with initial conditions x(0) = 0, x(1) = 1 and x(2) = 2 is examined and the first 51
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50 kmol per hour of air is compressed from p1 = 1.2 bar to P2 = 6.0 bar in a steady-flow compressor. Delivered mechanical power is 98.8KW. Temperature and velocities are: T1= 300K T2= 520K u1= 10m s^-1 u2= 3.5m s^-1
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In a silicon bar uniformly dopes with 10^16 phosphorus atoms per cubic cm and 5*10^14 boron atoms per cubic cm. Calculate the mobile electron and hole concentrations for this bar.
a. if the input r(t)=5u(t), ie. R(s)=5/s, find the steady-state of C(t), b. Approximately how many seconds are required for the system to reach steady state note you two time constants to consider, and c. Do you expect the transient response to be o..
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