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Which message format does NETCONF use for communication between the client and server? JSON YAML XML YANG

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what happens in the process of transcription? Wherer does this process occur in a eukaryotic cell

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Teresa drove a company car 15,000 personal kilometers in 2020. The total kilometers driven for the year were 25,000 kilometers. The actual operating costs for this automobile were $868.00, including taxes. What would Teresa's portion of these operating costs be if she was going to reimburse the organization?

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Basic concepts of probability theory • Let X be a continuous random variable with PDF $f_x(x) = \begin{cases} \frac{5}{32}x^4 & 0 < x \le 2\\ 0 & \text{otherwise} \end{cases}$ (1) and let Y = X$^2$ + ? • [15] Plot CDF of X with its mean value over the graph. [15] Plot CDF of Y with its mean value over the graph. • Create a bivariate normal distribution with 200 samples whose mean is $\nu = [0, 1]$ and the covariance matrix is $\Sigma = \begin{bmatrix} 1 & 0.t\\ 0.t & 2 \end{bmatrix}$ (2) [10] Plot the PDF of the samples. [10] Plot the PDF of the first variable and the second variable. [10] Calculate the correlation between the first X and the second random variable Y, and show their scattering plot. [10] Define a new random variable Z as Z = X + Y. What is the E[Z] and VAR[Z]. [10] Plot the PDF of Z. [10] Calculate the correlation and covariance between the first variable X and the new random variable Z, and show their scattering plot. [10] Interprept the calculated correlations and covariances between X & Y and X & Z. Have fun !

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Find an approximation to \sqrt[3]{7.5} using linearization. We use the function $f(x) =$ with $f(8) =$ and $f'(8) =$ Then, $L(x+\Delta x) = f(x) +$ becomes (provide numerical values): $\sqrt[3]{7.5} \approx$ The exact value is $\sqrt[3]{7.5} = $

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In Water Olympic Games, several cities are competing to host the activities of it. There are two factors to be considered in choosing the hosting city for such activities, like b each length and waves strength. Waves strength can be calculated by the following equation. Waves strength=(beach length*pi)/4 Write a program that Reads from the user two arrays city[5], and beach[5] that represent the names of 5 cities and their beach lengths. Then in a third array wave[5] calculate the wave strength in each city. Find the average of \"wave strength\" for all cities. Finally print the following table(figure 1) which holds the information for all cities. C:\Windows\system32\cmd.exe Reads from the user two arrays city [5], and beach [5] Muscat 200 Dubai 220 Basrah 150 Cairo 230 Doha 80 Olympic games city Beach wave_strength Muscat 200 157 Dubai 220 172.7 Basrah 150 117.75 Cairo 230 180.55 Doha 80 62.8 Average wave strength -138.16 Press any key to continue Figure 1_Output table

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5. You are given the following root locus plot of a system: Root Locus for G(s) Imaginary Axis (seconds?¹) 10 0.96 0.92 0.86 0.76 0.58 0.35 8 6 0.984 4 0.996 2 35 30 25 20 15 10 5 0 -2 0.996 -4 -6 0.984 -8 0.96 0.92 0.86 0.76 0.58 0.35 -10 -35 -30 -25 -20 -15 -10 -5 0 5 Real Axis (seconds?¹) X X a. Assuming the system does not have a gain, what is the transfer function, G(s)? b. You would like to design a controller such that the closed loop system has a natural frequency of 15 rad/sec and a 50% overshoot. Is this design possible with a proportional controller? If so, what is the value of $K_p$?

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A manager receives an invoice for $1500 from a vendor. The invoice states "2/10; net 30". What will be the amount the manager will pay if she takes full advantage of the discount offered by the vendor? $1050 $1270 $1350 $1470

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012 10.0 points Light of wavelength 489 nm falls on a double slit, as shown. -0.2 mm -0.019 mm $S_1$ $\theta$ $S_2$ 3.4 m $y_s$ $y_d$ What is the ratio $\frac{y_s}{y_d}$ of the half-width of the central maxima of single-slit diffraction pattern to that of the half-width of double- slit interference pattern? Use a small angle approximation $\sin \theta = \tan \theta = \theta$. 012 10.0 points

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33. The beta of a security represents its risk relative to the market portfolio. A. systematic B. nonsystematic For Problems #34, #35, and #36, use the following information: You want to buy a car with a six-year loan of $17,250. The loan has an APR of 4.49%. 34. Your monthly payments will be: A. less than $200 B. between $200 and $225 C. between $226 and $250 D. between $250 and $275 E. more than $275 35. The effective rate on the loan is closest to which of the following: A. 4.49% B. 4.58% C. 4.65% D. 4.87% E. 4.00% 36. How much interest did you pay over the life of this loan: A. less than $2400 B. between $2401 and $2450 C. between $2451 and $2500 D. between $2501 and $2550 E. more than $2551 37. Which is the most common tool the Federal Reserve uses to conduct monetary policy? A. open market operations B. the required reserve ratio C. the Federal Funds rate D. the discount rate 38. The prices of bonds with less time to maturity are more interest rate sensitive. A. True B. False 39. On January 1, 2020, you start putting the same amount of money every month into an account that pays 3.49% annually. Your last payment will be at the beginning of December 2024, and you'll withdraw the money at the end of that month to make the down payment on a house you'll buy. If you want that down payment to be $35,000, how much would your deposits have to be? A. $534.76 B. $533.21 C. $178.78 D. $172.75 E. none of the above

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carmen g.