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keith nguyen

keith n.

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During the year, DevinDevin Company had net credit sales of $ 50 comma 000$50,000. At the end of the year, before adjusting entries, the balance in Accounts Receivable was $ 14 comma 000$14,000 (debit) and the balance in Allowance for Bad Debts was $ 660$660 (credit). If the company uses an income statement approach to estimate bad debts at 44%, what is the ending balance in the Allowance for Bad Debts account? Question content area bottom Part 1 A.$ 1 comma 340 $ 1 comma 340$1,340 B.$ 1 comma 220 $ 1 comma 220$1,220 C.$ 2 comma 660 $ 2 comma 660$2,660 D.$ 2 comma 000 $ 2 comma 000

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Bradley Clemons Bradley currently has a Visa card from his bank with the following terms: 21 percent on purchases, 25 percent on cash advances with a 3 percent cash-advance fee on the amount, and a default or penalty rate of 33 percent. His current statement shows a balance of $9,000. Lately, he has been having a hard time paying more than the minimum payment of 3 percent of his balance. What is the current APY on this credit card if it is compounded monthly? Select one: A. 21 percent B. 22.99 percent C. 23.14 percent D. 24 percent

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Describe 3 risk factors in a real-life family situation which could cause an adolescent to develop depression

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1. Compute 15 \times 182 using multiple methods and explain (6 points): a. Compute 15 \times 182 with the \"traditional multiplication model.\" Show work.

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able[[Year,Returns],[Large-Company Stocks, able[[U.S. Treasury],[Bills]]],[1,-15.29%,7.41% Returns U.S.Treasury Large-Company Stocks Bills -15.29% 7.41% -26.65 8.05 37.35 5.99 24.05 5.67 -7.40 5.51 6.69 7.82 Year 2 3 4 5 6 a-1. Calculate the arithmetic average returns for large-company stocks and T-bills over this time period. a-2. Calculate the standard deviation of the returns for large-company stocks and T-bills over this time period. Note: Do not round intermediate calculations and enter your answers as a percent rounded to 2 decimal places, e.g., 32.16. Large-company stocks ? % T-bills % a-1.Arithmetic average return a-2.Standard deviation % Calculate the observed risk premium in each year for the large-company stocks versus the T-bills b-1.What was the arithmetic average risk premium over this period? Note: A negative answer should be indicated by a minus sign. Do not round intermediate calculations and enter your answer as a percent rounded to 2 decimal places,e.g.,32.16. b-2.What was the standard deviation of the risk premium over this period? Note:Do not round intermediate calculations and enter your answer as a percent rounded to 2 decimal places,e.g.,32.16. b-1.Average risk premium b-2. Risk premium standard deviation % %

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Prove the two statement forms below are logically equivalent using equivalence laws only. State at each step the law used. Be patient because it may involve much calculation. • (p->q) ^ (q -> r) ^ (r-> p) • (~p ^ ~q ^ ~r) V (p ^ q ^ r)

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Controller Design Using Bode Techniques The diagram is representative of an electro-mechanical positioning system, such as an antenna axis or one axis of a pick and place robot. We will be concerned primarily with the outer position loop here. However, the inner rate loop contains the motor dynamics, the rate loop feedback sensor, the rate loop controller and any significant structural dynamics but assume it has been previously designed such that it's closed loop dynamics can be adequately approximated by the 2nd order model shown. Typically a design such as this might require modeling the feedback sensor dynamics, digital sampling effects and a number of other details that have been simplified in this exercise in order to concentrate on the design techniques. Once these techniques are mastered however, it is quite straightforward to add more detail in the plant models, etc before designing the controller, particularly when using the Bode approach. D Wn = 100 Z = 0.7 Yi (pos cmd) + Kp(S + Ki) + Wn^2 rate 1 Yo (Pos) e + s^2+2^Z Wns+Wn^2 S S IP Controller Rate Loop Pos Feedback H=1 Yo (Pos) Ideal Pos Feedback sensor 1 Bode - Proportional Controller Design (let Gc = Kp) a Use the \"bode budget\" method to design a Proportional Controller (ie select Kp) to achieve a crossover frequency, Wx, of 30 rad/sec. b. Plot the open loop phase & gain showing the phase & gain margins. What is the phase margin for this design? c. Plot the root locus as Kp varies and show where the roots are for the Kp selected in 1a. 2. Bode - IP Controller Design (let Gc = Kp(s + Ki)/s) a. Use the \"bode budget\" method to design an IP controller (ie select Kp & Ki) to achieve 45º of phase margin @ Wx = 30 rad/sec. b Plot the open loop frequency response for this IP design showing the phase & gain margins. c.. Plot the root locus as Kp varies and show where the roots are for the Kp selected in 2a.

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Question 21 (4 points) $C_4H_{11}N$

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QUESTION 1 People tend to think more highly of individuals who ask them for guidance than those who fumble through on their own. What statement from the text best supports this assertion? A. People with good listening skills are more likely than others to be hired and promoted. B. Listening is a leadership skill. C. Asking for and listening to advice makes you look good. D. Listening makes you a better friend and romantic partner. QUESTION 2 Which of the following statements is NOT true? A. Listening skills are among the top five things rated most important by recruiters. B. Leaders' speaking skills are always more influential than their listening skills. C. Good listeners are less likely to be fooled by meaningless remarks. D. Much of the listening people do is not very effective.

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When creating an MVC application, the application is divided into three separate types of components. Which type of component is the following code: public class Entry { public int ID { get; set; } public string Name { get; set; } public string Phone { get; set; } public string Email { get; set; } }

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