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christina williams

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Your required return is 12%. Should you accept a project with the following cash flows? Year01234Cash Flow-450150140130120 A. No, because the IRR is 8.0%. B. Yes, because the IRR is 13.9%. C. Yes, because the IRR is 8.0%. D. No, because the IRR is 13.9%. E. Yes, because IRR is 11.0%. F. No, because IRR is 11.0%

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Question 38 (1 point) The expected return on the market is the risk-free rate plus the _____________. Question 38 options: 1) diversified returns 2) equilibrium risk premium 3) historical market return 4) unsystematic return

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Which of the following statements is correct? The Federal Trade Commission Act can force a competitor to stop false advertising, but the Lanham Act cannot. The Federal Trade Commission Act allows you to collect marketplace damage from a competitor's false advertising, but the Lanham Act does not. None of the given choices is correct. Both the Federal Trade Commission Act and the Lanham Act allow you to collect marketplace damage from a competitor's false advertising.

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Rewrite the given equation in standard form (vertex form): $g(x) = x^2 - 6x + 13$ Select the correct answer below: $O 2(x - 4)^2 + 3$ $O 2(x - 3)^2 + 4$ $O (x - 4)^2 + 3$ $O (x - 3)^2 + 4$

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Embezzlement rarely includes the use of a computer to steal or transfer funds. • True • False

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9. A study conducted at a certain college shows that 65% of the school's graduates find a job in their chosen field within a year after graduation. Find the probability that 11 randomly selected graduates all find jobs in their chosen field within a year of graduating. Round to the nearest thousandth if necessary. 10. If the odds for A are 13:6, then P(A) = 11. Of 1232 people who came into a blood bank to give blood, 397 people had high blood pressure. Estimate the probability that the next person who comes in to give blood will have high blood pressure? 12. If a game were \"fair,\" the payoff on a bet would be the same as the odds for the event. a. In one game, the odds for winning are 1:13. If the game were \"fair,\" what would the payoff be for a $5 bet? b. Of course, games in casinos are designed to make a profit for the casino investors. Supposing the casino makes the payoff at 1:11 odds, what profit does the casino make on your winning bet? 13. Based on the table to the right, if one of the 255 subjects is under 21 years of age 40 randomly selected, find the probability that cola root beer lemon-lime a. the person is over 40 and drinks cola 25 20 between 21 and 40 35 20 30 over 40 years of age 20 30 35 b. The person is at least 21 14. In one town, 66% of adults have health insurance. What is the probability that 4 adults selected at random from the town all have health insurance? Round to the nearest thousandth if necessary.

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Q.3(a) Measurements on the three circuits shown in Figure Q3(a) yield the voltages inindicated. Find the value of $\beta$ for each of the transistors. +5V +5V 10 V 1 k$\Omega$ +4.3V 4.3 V -8.3V +2V 20 k$\Omega$ +2.3 V 150 k$\Omega$ 430 k$\Omega$ 2 k$\Omega$ 230 $\Omega$ 1 k$\Omega$ (6 marks) Figure Q3(a) (b) The BJTs in the circuit of Figure Q3(b) has $\beta$ = 50. Calculate the Q-points for the transistors. +10V +10V +10V 10k$\Omega$ 10k$\Omega$ 10k$\Omega$ 100k$\Omega$ 100k$\Omega$ 100k$\Omega$ (12 marks) -20$\mu$A -10V Figure Q3(b) (c) Answer the following questions: (i) What are the characteristics of an active region of a BJT? (2 marks) (ii) What is the purpose of biasing a BJT? (2 marks) (iii) What is the purpose of an emitter-bypassed capacitor? (2 marks) (iv) Identify the modes of a BJT with the following data: (1) $V_{BC}$ = 2 V, $V_{CE}$ = 5 V (2) $V_{EB}$ = -5 V, $V_{CE}$ = 2 V (2 marks) (d) Answer the following as TRUE or FALSE: (i) The Q-point of a BJT transistor is ($I_C$, $V_{CE}$) for an npn type and ($I_C$, $V_{EB}$) for a pnp type. (ii) The npn transistor is in saturation mode if the emitter voltage is less than the collector voltage. (iii) If $V_{BC}$ = 0V, the transistor is in cutoff mode. (iv) A typical Q-point for the BJT is (1mA, 0V). (4 marks)

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The margin of safety percentage is equal to the margin of safety in dollars divided by total sales in dollars. True or False True False

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Question 2: Nodal Analysis, primer $R_1$ a b $I_1$ $V_s$ $+$ $-$ $R_3$ $R_1 = 8 \text{ k}\Omega$ $R_2 = 11 \text{ k}\Omega$ $R_3 = 9 \text{ k}\Omega$ The measured nodal voltages are: $V_a = 18 \text{ V}$ $V_b = 13.885714285714286 \text{ V}$ $V_c = 8.22857142857143 \text{ V}$ Find voltage $V_{ab}$ and the current $I_1$. $V_{ab} = 4.11$ V $I_1 = 0.514$ mA (within three significant digits) $I_s$ $c$ $R_2$ What is the power for the voltage and current source in watts? $P_{V_s} = 9.26$ W $P_{I_s} = 3.29$ W (within three significant digits)

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Two firms ('1' and '2') compete as a Cournot duopoly. They have constant marginal costs given by $c_1 > c_2 > 0$ and their outputs are denoted by $q_i$, $i = 1, 2$. The two firms produce a strictly positive output. Which of the following is true? $q_1 = q_2$ $q_1 > q_2$ $q_1 < q_2$ Any of the above could be true.

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