move the supply curve to the left. Answer No. 2 Full Employment: AD 2 1 100 180 AD 2 1 100 180 Economic boom : :1 AD1 2 1 80 200 AD2 140 AD1 2 1 80 200 AD2 140 Recession: P Y AD1 2 1 80 200 AD2 140 P Y AD1 2 1 80 200 AD2 140 Short Run and Long Run Aggregate Supply Curves Full Employment YP=140 P 2 1 LRAS YP=140 P 2 1 LRAS Economic boom 2 1 AS YP=140 2 1 AS YP=140 Recession: P Y 1
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Econ 214 Problem Set 4 1. What determines whether a financial asset is included in the M1 money supply? Why are interest-earning checkable deposits included in M1‚ whereas interest-earning savings accounts and Treasury bills are not? A financial assest is included in the M1 money supply when it can be quickly converted into the physical form of money‚ such as dollars and coins. Interested-earning checkable deposits are included because it can be quickly accessible without limitations
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This work MGT 311 Week 2 Discussion Questions 2 Set 2 contains answer on the following question "In Week One‚ you learned about individual personality characteristics. How do these traits affect the type of motivational strategy you use? Provide an example of how this would apply." General Questions - General General Questions Organizational Development All Weeks‚ Assignments‚ Discussion Questions + Final Exam Participate in the events that are held at the dorms to meet new people
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UNIVERSITY OF TORONTO Joseph L. Rotman School of Management RSM332 PROBLEM SET #2 SOLUTIONS 1. (a) Expected returns are: E[RA ] = 0.3 × 0.07 + 0.4 × 0.06 + 0.3 × (−0.08) = 0.021 = 2.1%‚ E[RB ] = 0.3 × 0.14 + 0.4 × (−0.04) + 0.3 × 0.08 = 0.05 = 5%. Variances are: 2 σA = 0.3 × (0.07)2 + 0.4 × (0.06)2 + 0.3 × (0.08)2 − (0.021)2 = 0.004389‚ 2 σB = 0.3 × (0.14)2 + 0.4 × (0.04)2 + 0.3 × (0.08)2 − (0.05)2 = 0.00594. Standard deviations are: √ 0.004389 = 6.625%‚ σA = √ 0.00594 =
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Problem Set II Problem P9 17: Jack Hammer FV (Table 1) at 11% discount rate 2.00 x .901 = $1.80 2.20 x .802 = $1.79 2.40 x .731 = $1.75 33.00 x .731 = $24.12 -------- $29.46 Problem P9 - 22: Alternative Present Values: Your rich godfather has offered you a choice of one of the three following alternatives: $10‚000 now; $2‚000 a year for eight years; or $24‚000 at the end of eight years. Solution: (first alternative)
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discount rate of 11 percent is applied? (Round all values to two places to the right of the decimal point.) Present value of a single amount PV = FV x PVIF or Appendix B Year 1: FV = 2.00; i = 0.11; n = 1; PV = 2.00 [0.901] = 1.80 Year 2: FV = 2.20; i = 0.11; n = 2; PV = 2.20 [0.813] = 1.79 Year 3: FV = 2.40; i = 0.11; n = 3; PV = 2.40 [0.731] = 1.75 When FV = 33‚ i = 0.11; n =3; PV = 33[0.731] = 24.12 Total PV = 1.80+1.79+1.75+24.12 = 29.46 Chapter 9‚ Problem 22 Your rich godfather has
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Name: _______________________ Team: _______________________ AP Macro Problem Set #2 Unit 2: Measurement of Economic Performance 1. (_____/15) Article Analysis Read each of these current articles and identify three different concepts we learned that are mentioned. Define and summarize what is being said for each concept that you identify. a. GDP Article (_____/5) b. Unemployment Article (_____/5) c. Inflation Article (_____/5) 2. ( ____/15 Points) Gross Domestic Product a. Define GDP‚ identify what is not included
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Problem Set 2 - Solution Notes 1. First‚ compute the correlation coefficient between assets A and B ρ(RA ‚ RB ) = Cov (RA ‚ RB ) −0.0322 = = −1. σ (RA )σ (RB ) 0.14 × 0.23 The assets are perfectly negatively correlated. Consider portfolio P formed from assets A and B such that you invest α fraction of your wealth into A and (1 − α) fraction into B. The variance of such portfolio is σ (RP )2 = = = = α2 σ (RA )2 + (1 − α)2 σ (RB )2 + 2α(1 − α)Cov (RA ‚ RB ) α2 σ (RA )2 + (1 −
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a. Name of dataset Data Set 14: Coin Weights (grams) b. What does each observation (row) in the dataset represent? Each observation (row) represents what type of coin was used and pre/post years. Here we have the Indian pennies‚wheat pennies‚ pre 1983‚post 1983‚ Canadian pennies‚pre 1964 quarters‚ post 1964 quarters‚ and dollar coins. c. Give the name of one qualitative variable and one quantitative variable from the data set. Note: Your dataset may not have both types (if it does not‚ please
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the reasons for sampling. Give an example of each reason for sampling. 1. Contacting whole population is time consuming. If the population is California residents‚ it will take a long time to send everyone a survey and then process the results. 2. Contacting whole population is costly. Same example of California residents‚ it will be very costly to send by mail a survey to all residents and then process millions of responses. 3. Checking all population is physically impossible. If the population
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