Refer to the information provided in Figure 34.1 below to answer the question(s) that follow. AE=C+I+G Aggregate expenditures 100 25 20 0000 450 175. 180 200. 25 Output Figure 34.1 AE=C+I+G+ EX-IM Refer to Figure 34.1. If the economy is closed and the government increases spending by 15, the new equilibr O150. 100

It is conceivable that the APC, APS, MPC, and MPS could simultaneously be A. APC 1.0; APS= 0; MPC= 0.15; MPS= 0.15. OB. APC= 1.0; APS= 0.1; MPC = 0.85; MPS = 0.25. OC. APC= 1.3; APS - 0.3; MPC = 0.8; MPS = 0.2. OD. APC 0.8; APS= 0.2; MPC = 1.1; MPS = 0.1.

33. Consider an expected utility maximizer whose utility function is U(w), where w denotes wealth, expressed in dollars. Suppose that U(0) = 0 and U(1,000, 000) = 1. Further suppose that the individual is indifferent between having w = 200, 000 for sure or a gamble in which w = 0 with probability .4 and w = 1,000, 000 with probability .6. For this individual, U(200, 000) is %3D

Suppose that you work for a U.S. senator who is contemplating writing a bill that would put a national sales tax in place. Because the tax would be levied on the sales revenue of retail stores, the senator has asked you to prepare a forecast of retail store sales for year 8, based on data from year 1 through year 7. The data are: (c1p2) Year Retail Store Sales 1 $1,225 2 1,285 3 1,359 4 1,392 5 1,443 6 1,474 7 1,467 54 Chapter One a. Use the first naive forecasting model presented in this chapter to prepare a forecast of retail store sales for each year from 2 through 8. b. Prepare a time-series graph of the actual and forecast values of retail store sales for the entire period. (You will not have a forecast for year 1 or an actual value for year 8.) c. Calculate the root-mean-squared error for your forecast series using the values for year 2 through year 7. 3. Use the second naive forecasting model presented in this chapter to answer parts (a) through (c) of Exercise 2. Use P 0.2 in…

Latest statistics obtained from Board of Engineers Malaysia (BEM) official website states thatthere is currently a total of 14,794 registered Professional Engineers in Malaysia, as shown inFigure 1. This is slightly below 10% of the total Graduate Engineers registered with BEM.Most developed nations have an engineer to population ratio of 1:100, that is 1 engineer forevery 100 persons in the population. This means that there is still a shortage of registeredengineers in Malaysia since our population is approximately 32.7 million.   Discuss the impact of a shortage in registered Graduate Engineers and ProfessionalEngineers to the nation. a) You are required to provide at least three (3) different impactsand include any credible references to support your discussion.b) Recommend at least four methods to increase the number of registered ProfessionalEngineers in Malaysia.(Answer must be at least 1500 words)