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brianna wilson

brianna w.

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Realize the function F(A, B, C, D) = A'C' + A'B'D + ACD + A'BD. (Enter your answers as comma-separated lists.) (a) Use a single 8-to-1 multiplexer with an active low enable and an active high output. Use A, C, and D as the select inputs where A is the most significant and D is the least significant (Use the following as necessary: 0.1, and B.) E E 11 1 1 12 1, 1 3 8-10-1 MUX 14 1 1,15 I, IL ACD (5.1.1, 12, 13, 14, 15, 16, 1) = 1,1,0.B.B.O.B.1 X (b) Repeat part (a) assuming the multiplexer enable is active high and output is active low. (Use the following as necessary: 0, 1, and B.) 0 E- 1. 1 1,- 11 12 13 8-to-1 MUX 4 15 f 1. 16 16 1 AC D (5.1.1. 13.1. 15:16:1) = (1,0,0,1,B'B',1.1.0 (c) Use a single 4-to-1 multiplexer with an active low enable and an active high output and a minimum of additional gates. (Use the following as necessary: 0, 1, B, and D.) E- 1-10 B D 1 4-to-1 MUX S So 113 AC (10. 12:13) = (0.C B'C Show the function expansion both algebraically and on a Karnaugh map. (Submit a file with a maximum size of 1 MB. Submissions will be graded by your instructor after the due date based on its accuracy. Your grade may change.)

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are rules of conduct that specify appropriate behavior in a given range of social situations. Group of answer choices Norms Social controls Roles Values

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Identify information sources and government programs that exist to help exporters and Identify steps managers can take to improve their firm's export performance.

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Given two normally distributed population with equal means and variance of \( \sigma_{1}^{2}=100 \) and \( \sigma_{2}^{2}=80 \), what is the probability that sample of size \( n_{1}=25 \) and \( n_{2}=16 \) will yield a value of \( \bar{x}_{1}-\bar{x}_{2} \) greater than or equal to 8?

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2. (a) (10 points) Find the leading term of the asymptotics of the following integral for ? ? ?: $I(?) = \int_0^? \cos(?x^2 - x)dx$. Describe the location of the stationary point of the integrand, and the approxima- tion you used for the integrand in its vicinity. (b) (5 points) Use a Computer Algebra System to plot on the same graph the nu- merical value of the integral and your approximation for $16 ? ? ? 1024$. Use logarithmic x-axis. Attach a printout of your CAS session. The expected graph is shown in Fig. 2. Figure 2: Expected result in Problem 2 (solid line asymptotics, dashed line numerically evaluated inte- gral).

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QUESTION 10 Activity rates from Hample Corporation's activity-based costing system are listed below. The company uses the activity rates to assign overhead costs to products: Activity Cost Pools Processing customer orders......... Assembling products.. Setting up batches.. Activity Rate $17.05 per customer order $1.80 per assembly hour $85.82 per batch Last year, Product J27W involved 30 customer orders, 152 assembly hours, and 54 batches. How much overhead cost would be assigned to Product J27W using the activity-based costing system? $24,702.12 $5,419.38 $4,634.28 $104.67 QUESTION 19 Scarnato Inc., which uses job-order costing, has provided the following data for May: Direct materials... Direct labor cost... $61,000 $86,000 Manufacturing overhead cost incurred $48,000 Manufacturing overhead cost applied.... $51,000 Inventories: Beginning Ending Work in process... $24,000 $16,000 Finished goods....... $31,000 $48,000 The cost of goods manufactured for May is closest to:

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TA 1) Give four Electrical characteristics of Organic Electronic Materials that need further research work and explain why. 2) Give four production processes that may be used in printed electronics and explain, briefly, the process. 3) Show a comparison between printed and conventional electronics - for instance slow switching speed as opposed to fast switching speed. 4) Explain why the energy gap in an Organic semiconductor does not reduce to zero in an infinitely long molecule. 5) As you will be aware a common model for carrier transport is a long chain of overlapping electron clouds - explain with a brief description four of the actual mechanisms attributed with the transport of charge between clouds of delocalised electrons. 6) Give two common methods of depositing organic semiconductors. Ensure that you give a brief description and diagram for each. 7) Give four possibilities for the future development of OLED devices and give an indication of the possible research route. PART B 8) Give a schematic view of an organic TFT ensuring that you label all relevant parts. Referring to that diagram give a brief description of the energy level structure of the active layers. Identify the conducting channel - explaining how it is formed. What law is obeyed by an OFET and explain the terms. What is \"pinch off\" and when does it occur in an OFET - explain the importance.. 9) Give the equations that can be used to model the current in the linear and saturation regimes. Ensure that you explain all terms and also their importance. How would you calculate the threshold voltage - assuming some data to demonstrate this. Give the advantages or disadvantages of your method. Explain with the help of a sketch Hysterisis. Explain Contact resistance. 10) Give the basic structure of an OLED - a sketch will be required. All layers should be clearly labelled. Explain by referring to your sketch the basic operation of an OLED. Give the advantages and disadvantages of OLED's. Give five examples of potential applications of OLEDS and why they may be important.

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Q1) Resolve the force F into components along the a and b axes and determine the magnitudes of these components. (Use: trigonometric method) F = 800 lb 45° 30°

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Question 6 (0.25 points) Listen Binary fission requires duplication of the DNA. True False

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Question 4 (5 points) Use the following table to answer the next question. Year Real GDP Population 2010 $30,000 90 2011 39,000 110 2012 45,000 120 2013 50,000 130 Real GDP per capita is highest in which year? 2011 2012 2013 2010 Question 5 (5 points) In year 1, the Consumer Price Index was 120 and the average nominal income was $30,000. In year 2, the Consumer Price Index was 130 and the average nominal level of income was

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