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matthew miller

matthew m.

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If n is a positive two-digit integer, how many different values of n allow n^(3)-n to be a multiple of 12 ?

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A security with normally distributed returns has an annual expected return of 18% and standard deviation of 23%. The probability of getting a return between −28% and 64% in any one year is __________blank.

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Find the least-5quares line given the matrix products A^(T)A=[[4,63],[63,1095]] and A^(T)b=[[1097.4],[18699.1]] Find the least-squares line given the matrix products A A 4 63 and 63 1095 1097.4 47b= 18699.1 y = Ex: 1.2 +Ex:1.2

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Texts: A. A repeated Prisoners' Dilemma game with tit-for-tat strategy is rational only if the game is played a finite number of times, and that number is known by all the players in advance. B. A repeated Prisoners' Dilemma game with tit-for-tat strategy is rational only if the game is played an infinite number of times. C. A repeated Prisoners' Dilemma game with tit-for-tat strategy is rational if the game is played an infinite number of times, or if it is uncertain how many times it will be played. D. A repeated Prisoners' Dilemma game with tit-for-tat strategy is irrational at no time; tit-for-tat is an irrational strategy in this situation.

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N2 O4 (g) ⇆ 2 NO2 (g) D r Ho = 58.04 kJ mol-1, predict what happens to the system if: (a) the temperature is raised; (b) the external pressure on the system is increased; (c) an inert gas is added to the system at constant pressure; (d) an inert gas is added to the system at constant volume; (e) a catalyst is added to the system. (Note. The addition of an inert gas to an equilibrium system can be quite subtle. It is often useful to rewrite the equilibrium constant in a way that includes mole fractions or mole ratios.)

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4. Apply KCL to find the current i in the circuit shown below. 5. Use Ohm's Law and KCL to determine the current I1 in the circuit. 6. The directions of the currents and polarities of the voltage have already been defined. Find the actual values of the indicated currents and voltages. 7. For the circuit shown below determine the resistor value including the power rating necessary to achieve the indicated voltage. Resistors are available in 1/8, 1/4, 1/2 and 1W ratings. 8. Find the equivalent resistance seen by the source and find I1, I2 and V3.

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1. If a computer uses 3 bits for red colors, 3 bits for green, then the total number of colors that represent all combinations of red and green only is ____? A) 64 B) 512 C) 128 D) 255 2. In the equation $\sum_{n=0}^{6}(1 \times 2^n) = 2^m - 1$, the value of $m$ must equal to _? A) 8 B) 5 C) 7 D) 6 3. Given the function G(a,b,c) = \prod M (0, 3, 6), express G as Sum of Minterms G= $\sum m$ 4. Given the function F(a,b,c) = $\sum m$ (4,5,7), Express the complement function F' as Product of Maxterms by filling in the blanks below: F'= \prod M

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Obtain (2)-2N3905 (with similar \(\beta\)'s) and build the circuit below. \(V_{c1}\) and \(V_{c2}\) for \(R_L = 470\Omega, 680\Omega, 1k\Omega, 2k\Omega\).

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P9-23 (similar to) NPV profile or a project. Given the following cash flow of Project L-Z, draw the NPV profile. Hint: be sure to use a discount rate of zero for one intercept (y-axis) and solve for the IRR for the other intercept (x-axis). (Click on the following icon in order to copy its contents into a spreadsheet.) Year 0 = -$260,000 Year 1 = $40,000 Year 2 = $72,000 Year 3 = $119,000 Year 4 = $138,000 What is the NPV of Project L-2 where zero is the discount rate? (Round to the nearest dollar.)

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6.7 A 34.5 kV, 15 MVA, three-phase capacitor bank, with isolated neutral, is being switched out of service. Phase A interrupts first, followed by phases B and C, 280° later. What will be the voltage across pole A of the switch at the time that poles B and C interrupt. If a restrike on pole A occurs at this time, what would be the magnitude and frequency of the restrike current? The source impe- dance is 0.8 $\Omega$. The stray capacitance of the neutral can be assumed to be 0.1% of the phase capacitance of the bank itself.

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