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I need an explanation for this Statistics question to help me study.
A professor states that in the United States the proportion of college students who own iPhones is .66. She then splits the class into two groups: Group 1 with students whose last name begins with A-K and Group 2 with students whose last name begins with L-Z. She then asks each group to count how many in that group own iPhones and to calculate the group proportion of iPhone ownership. For Group 1 the proportion is p1 and for Group 2 the proportion is p2. To calculate the proportion you take the number of iPhone owners and divide by the total number of students in the group. You will get a number between 0 and 1.
What would you expect p1 and p2 to be? Do you expect either of these proportions to be vastly different from the population proportion of .66? Would you be surprised if p1 was different than p2? Would you be surprised if they were the same or similar? What statistical concept describes the relationship between the first letter of someone’s last name and whether or not they own an iPhone?Economic Homework
I’m stuck on a Economics question and need an explanation.
The purpose of this work is for you to experience the process of making monetary policy
decisions. You will be in charge of adjusting the Federal funds rate with the goal of hitting two
macroeconomic targets: Keeping the unemployment rate close to a level of 5% (the so-called
natural rate of unemployment), and keeping the inflation rate near a 2% target rate.
To participate you need to visit the website located at the Federal Reserve Bank of San Francisco
https://www.frbsf.org/education/teacher-resources/chair-federal-reserve-economy-simulation-
game/
At this site, you can gather additional information, or simply click on “Launch Game.” The
latter will take you to a page that provides details about how the simulation is played: I suggest
that you look over the “Your Job” page to get a feel for how the simulation works, what your job
is, etc. When you are ready to play, click on “Play Now” and this will take you to the simulation
site.
Everyone will start with the same data: The Federal funds rate is at 4.00%; the unemployment
rate is at 4.68%; and the inflation rate is at 2.11%. You begin the simulation by raising, cutting,
or leaving unchanged the Federal funds rate. Once you have made your decision, click on “Go”
and the effects of your decision are revealed by movements in the unemployment and inflation
rates. You will do this for 16 times (quarters) at which time the simulation is over, and you are
informed of whether you get to keep your job as Fed chair.
Your assignment is as follows:
1) Play the game (on your own!) five (
5
) separate times. Each quarter, write down your Federal
funds rate and the resulting unemployment and inflation rates. Once you have played the game
5
times, calculate the averages for your Federal funds rates, unemployment rates, and inflation
rates.
You must provide me with a spreadsheet of your data. If you do not, you will receive
zero points for this project.
(See attached for an example I did using three rounds. As you can
see, keeping the fund rate at 4% may not be the best strategy!)
2) Create two time-series plots: One is the average Federal funds rate and the average
unemployment rate; the chart shows is the average Federal funds rate and the average inflation
rate. (See attached are examples of the type of figures that I want.)
3) Discussion: In one page or less, explain how your policy actions changed from the first time
playing the game to the last. For example, did you try to offset changes in the unemployment
rate more than the inflation rate? How did you respond to the exogenous shocks over time? Was
this more difficult than you thought it would be? Did you keep your job? Keep some notes as
you play the game and see if your decision-making process changes with each simulation.Pre Calculus-25 Questions on Graph Behavior: nursing assignment help
Need help with my Calculus question – I’m studying for my class.
Pre Calculus-25 Questions on Graph Behavior. Question are built around using a graph to answer the question.
