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jordi nguyen

jordi n.

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The term "Variolation' means: "Vaccination by Demonstration." Artificial production of smallpox via inoculation of smallpox material. Use of the bifurcated needle. Scarring that results from smallpox. Using the monkeypox virus to stimulate an antibody response to the smallpox virus.

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For this question, enter answers as numerical values. Note the required order for the x-intercepts. Given the function $P(x) = (x - 8)(x + 7)(7x - 2)$, find its y-intercept is y= its x-intercepts are $x_1 =$ , $x_2 =$ and $x_3 =$ with $x_1 \le x_2 \le x_3$ When $x \to \infty$, $y \to$ + ? (Input + or - for the answer) When $x \to -\infty$, $y \to$ - ? (Input + or - for the answer)

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D) We decide to enclose the sphere inside of a very long cylindrical shell with constant surface charge density $+\sigma$ and radius 2R such that the center of the sphere is on the axis of the long cylinder as shown in figure. Find electric field at point P (between the sphere and cylinder) (10 pts) - the sphere from R to P is $(R+)\\ (R+S)^2 = \int_0^R \frac{\rho R}{\epsilon_0} = C2\pi R^2\\\frac{2\pi R^2}{\pi R^2+S^2} = \frac{CR^2}{2(R+S)^2} X $\sigma$ 2R $\vec{z}$ P

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Explain the effect of Heat Addition on Subsonic Flow in a constant area duct. Why is the static temperature higher than T* just prior to Thermal Choking?

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1) You have the following data: 13.5, 23.4, 11.8, 18.6, 19.2 Calculate the following: a) $\sum_{i=1}^{n} y_i^2$ b) $\left(\sum_{i=1}^{n} y_i\right)^2$ c) $\sum_{i=1}^{n} (y_i - \bar{y})^3$

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Q2: Consider continuous model of a system, $G(s) = \frac{-5s + 5}{(s + 2)(s + 4)}$ and its discrete-time transfer function obtained with sampling period T=0.2 as $G(z) = \frac{-0.4845z + 0.598}{z^2 - 1.12z + 0.3012}$ A discrete-time model matching controller is to be designed. The sampling period is given as T=0.2. Specifications for desired closed loop system are as follows. \begin{itemize} \item Damping ratio is $\zeta$=0.7 and settling time to be 3s. \item There shouldn't be steady state error for step input. \end{itemize} Construct the causal and internally stable discrete-time model matching controller that makes the closed-loop system satisfies the mentioned specifications. (20 points).

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Person A has already divided the loot into piles. Person B and Person C have assessed the piles and their views of the piles are shown. Person A Person B Person C Pile 1 33.3% 41% 27% Pile 2 33.3% 34% 45% Pile 3 33.3% 25% 28% If we use the divider - chooser method with B and C choosing, what piles could we give each person to ensure each person gets a fair share? Give Person A pile Give Person B pile Give Person C pile

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A thermodynamic system contains 2.50 mol of an ideal gas for which C = 20.79 J/(mol·K) and is described by an isothermal process. P = 1660 kPa, V = 0.001 m³ P = 1660 kPa, V = 0.025 m³ Solution: Segment 1-2:

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5. If the growth rate of money supply is increased by 4 percentage points, what happens to the following in the long run: real income (output), the real interest rate, the nominal interest rate, and inflation? (8 points)

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QUESTION 4 A light string is wound around a thin disc of mass m and radius a. The disc is initially kept upright and then released, while the free end of the string is pulled upwards with tension T. (a) Find the angular acceleration of the disc, if the tension T is such that the linear acceleration of the centre of the disc is zero. (15) (b) Find the linear acceleration of the centre of the disc, if the tension T is such that the angular acceleration of the disc is zero. (10) [25]

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