The Final Exam will be held completely online in two parts
 Let me start by saying, any evidence of collaboration between students on these exams will result in an “F” for the course. Please take this seriously.
 The “takehome” part of the exam will take place on Saturday, December 12th between 9am and 5pm
 The “takehome” part will take up to two hours to complete once you start the exam
 The “takehome” part is openbook, but you should do much of your studying beforehand
 The “inclass” part will be online and take place during our regular exam hours of Thursday December 17th 10:30am12:30pm
 The “inclass” part will require you to be online with Zoom on and a camera on
 The “inclass” part is opennote, but do not expect to have time to explore, search for, or research the answers
 The “inclass” exam will not allow you to go forwards and back through the exam
First, look at the midterm study guide. All that material is fair game for the exam
 This is a comprehensive final exam
 The exam will probably be about 50% new material, and 50% from before the midterm
 The grade will be about 1/3 take home exam and 2/3 online exam
Some materials to study
 Review Canvas Quizzes (CQ)
 CQ1: #5, #13
 CQ2: #8, #24, #27, #28, #29, #30, #31, #32, #33, #34
 CQ3: #5, #10, #11, #15, #16, #17
 CQ4: #9, #13, & #14, and while you did OK on these other questions, please review (#1, #4, #5, #6, #7, #8, #11)
 CQ5: #5, #8, #9, #11, #15, #16, #19, #22, #25, #26, #28, #29, #30, #31, #32
 CQ6: #6, #8, #9, #11, #12, #15, #16
 CQ7: #6, #7, #11, #12, #15, #16
 CQ8: #4, #5, #9, #14, #17, #22
 CQ9: #2, #4, #9, #10, #13
 CQ10: #2, #6, #7, #1115
 CQ11: #3, #13, #15#18, #21, #22
 CQ12: #1, #3, #4, #5, #9, #14, #18, #19

Review FlatWorld Assignments for more help
 Review Midterm take home questions
 Go back through readings & terms for all chapters related to lectures
New Material (Lectures 812)
 Get a good grasp on the big questions. The exam is not limited to this, but this hits on the major point value questions.
 Understand marginal revenue product and the demand for labor and capital
 Production functions and diminishing marginal product of capital & labor
 Also know how to calculate and interpret productivity functions
 Importance of technology v. additions of capital or labor
 Spending Allocation model
 Difference of shares in nongovernment (sensitive to interest rates) v. government share (not sensitive to interest rates)
 How this model helps us determine “neutral interest rates”
 How things like optimisim, increased/decreased government spending, or increased/decreased taxes will impact interest rates
 How interest rates affect exchange rates
 Aggregate Expenditure model
 Understand mpc and the consumption function (“what is disposable income?”)
 Understand what the fiscal/spending multiplier is, and how to find it
 Know how to sketch the Keynesian Cross diagram
 How do you identify output gaps? Can these persist at equilibrium?
 How could you use government policy (tax or spending) to eliminate any output gaps?
 The Economic Fluctuations model
 How to sketch out the AD line. What are the axes? Why does the line slope downward?
 What is the IA line? Why will it tend to return to the value it should be at in the longrun?
 What is the Fed’s role in pushing the economy back to this longrun inflation rate?
 How does a change in government spending or taxation impact the AD line in the shortrun, and what do we expect in the longrun?
Earlier Material
 Opportunity cost, comparative and absolute advantage
 Cost benefit & decisionmaking
 Factors of production
 Production function & difference between total product, marginal product, and average product $Y=AK^{0.5}L^{0.5}$
 Efficiency v. Equity
 Positive v. Normative
 GDP (nominal, real, potential, and per capita measures)
 Growth v. cycle
 Rate of change equation: $\%\Delta=\frac{NewOld}{Old}\times 100$
 Compound growth equation: $PV=\frac{FV}{(1+i)^n}$
 Rule of 70
 The economic takeoffrole of technology & institutions
 Inequality within & between countries over time
 Phases of business cycle
 Fiscal v. Monetary policy
 Labor market statistics: unemployment rate (U3 or official): $\frac{\text{unemployed}}{\text{unemployed+employed}}$
 Labor market statistics: unemployment rate (U6): $\frac{\text{unemployed+involuntary part time+discouraged & marginally attached}}{\text{unemployed+employed+discouraged & marginally attached}}$
 Labor market statistics: labor force participation rate: $\frac{\text{unemployed+employed}}{\text{workingage population}}$
 Labor market statistics: employment to population ratio: $\frac{\text{employed}}{\text{workingage population}}$
 Types of unemployment: frictional, structural, & cyclical
 Natural rate of unemployment
 Okun’s Law: $\frac{YY^*}{Y^*}=2(uu^*)$
 Price level, inflation, deflation, disinflation, accelerating inflation (and how to calculate given data)
 Budget deficit/surplus v. debt
 Trade deficit/surplus/balanced
 Fisher equation: $r=i\pi$
 Money’s functions
 Assets & wealth v. income, net income, & savings: which are stocks & flows?
 Monetary aggregates: $\text{M0}=\text{Reserves}+\text{Currency & coins in circulation}$
 Monetary aggregates: $\text{M1}=\text{Currency & coins in circulation}+\text{Deposits}+\text{Travelers Checks}$
 Monetary aggregates: $\text{M2}=\text{M1}+\text{Savings (MMDA)}+\text{MMMF}+\text{Smalldenominated time deposits (CDs)}$
 Balance sheets: $\text{assets}=\text{liabilities}+\text{net worth}$
 Importance of capital requirements & reserve requirements
 Leverage ratio
 Fed & its structure (who is chair?) and the FOMC structure
 Central bank tools, targets, & goals
 Review and practice problems calculating unemployment rates, inflation rates, interest rates and GDP growth rates
 New Chapter for banking please read!!!
 Firm structure & information issues (principalagent, asymmetric information)
 Moral hazard & adverse selection
 Gini coefficients & Lorenz curves  can you draw and solve???
 Stock pricing and returns,
 $\frac{Div_1}{ig}$ or
 $P=\frac{\text{Future Price}+\text{Dividends}}{(1+i)}$
 $\text{Div Yield}=100\times \frac{\text{Div}}{\text{Price}}$
 Bond pricing and returns
 $\frac{C_1}{(1+i)^1}+\frac{C_2}{(1+i)^2}+\ldots+\frac{C_n}{(1+i)^n}+\frac{F}{(1+i)^n}$
 Relationship between interest rates and bond/stock prices
 GDP calculation (nominal and real)
 Growth rates of real GDP (finding annual averages)
 Calculating inflation with GDP deflators and CPIs, $\text{GDP Deflator}=\frac{NGDP}{RGDP}\times 100$
 Calculating CPIs
 Adjusting prices/wages to compare “real” values at various points in time (forwards and back)
 $\text{Nominal wage (YR1)}\times \frac{\text{CPI (YR2)}}{\text{CPI (YR1)}}=\text{Real wage (YR2)}$
 Anticipated v. Unanticipated inflation
 Calculate growth of real prices/wages
 Supply and demand, manipulating curves and comparative statics
 Surplus v. shortage
 Basic understanding of price floors and ceilings
 Understanding of market failure and externalities
 Total savings, $(S_\text{total}=YCGNX)$
 OR $(S_\text{total}=S_\text{public}+S_\text{private}+S_\text{foreign}=I)$
 Components of savings
 National savings, $(S_\text{national}=YCG)$
 Foreign savings, $(S_\text{foreign}=NX)$
 Public savings, $(S_\text{public}=TGTR)$
 Private savings, $(S_\text{private}=Y+TRTC)$
 The components of GDP, $Y=C+I+G+NX$
 Economic v. financial investment
Equations (A Summary)
$ \%\Delta=\frac{newold}{old}\times 100 $
$ PV=\frac{FV}{(1+i)^n}$ with $ i $ in decimal form
$ \text{approx time to double}=\frac{70}{g} $
$ r=i\pi $ where $\pi$ is the rate of inflation
$ Y=C+I+G+NX $
$ S_{public}=TGTR $, $S_{private}=Y+TRTC$, $S_{national}= S_{public}+S_{private}$
$ S_{total}=S_{public}+S_{private}+S_{foreign} $
$ S_{foreign}=NX $
$ 1= C/Y + I/Y + G/Y + NX/Y $
$ \frac{NG}{Y^{*}}=1\frac{G}{Y^{*}} $
$ \frac{YY^{*}}{Y^{*}}=2(uu^{*}) $ with $ u \text{ and } u^{*} $ in decimal form OR
$ 100 \times \frac{YY^{*}}{Y^{*}}=2(uu^{*}) $ with $ u \text{ and } u^{*} $ in percentage form
$ PAE=C+I^p+\bar{G}+\bar{NX}$
$ Y=PAE \text{ @ } Y^e$
$ \frac{1}{1mpc} $
$ Y=AK^{0.5}L^{0.5} $
$ \frac{Y}{L}=A \left(\frac{K}{L}\right)^{0.5} $
$ \text{U3 Unemployment}=100 \times\frac{\text{unemployed}}{\text{unemployed+employed}} $
$ \text{Labor Force Participation}=100 \times\frac{\text{unemployed+employed}}{\text{population}} $
$ \text{GDP Deflator}=\frac{\text{Nominal GDP}}{\text{Real GDP}} \times 100 $
Additional Help Videos
 On my webpage https://aneveu.com/econ200 you will find numerous video help files to help you work through this material. They are arranged by lecture, and you can find the help videos under each corresponding HELP section!