Answer:
Government policymakers decided to reduce the rate of inflation from 3% to 1.6%. As a result, the unemployment rate increased from 4.8% to 6.2%. The sacrifice ratio is:______
d. none of the above
Explanation:
a) Data and Calculations:
Old inflation rate = 3%
New inflation rate = 1.6%
Old unemployment rate = 4.8%
New unemployment rate = 6.2%
Ratio of old inflation rate to old unemployment rate = 3 : 4.8 = 0.625
Ratio of new inflation rate to new unemployment rate = 1.6% : 6.2% = 0.258
Sacrifice ratio = Difference between the two ratios = 0.367 (0.625 - 0.258)
b) The sacrifice ratio is the difference between the old ratio and the new ratio of inflation rate to unemployment rate.
Based on the amounts that you are offered and their present values, the offer you should pick is Birr 10,000 in 12 years.
<h3>Which offer should you pick?</h3>
You should pick the offer with the highest present value.
Offer 1 present value:
= Birr 1,000
Offer 2 present value:
= 10,000 / (1 + 11%)²
= Birr 2,858
Offer 3 present value:
= 25,000 / (1 + 11%)³
= Birr 1,840
In conclusion, option 2 has the highest present value and so should be picked.
Find out more on present value calculations at brainly.com/question/27821989.
#SPJ1
Answer:
a practice that may have longer term implications on the ethics of personal privacy
Explanation:
Cookies are a tool that is used on websites to identify user browser history.
The information on a user's browsing habits is then used by businesses to tailor display information relevant to what they are usually interested in.
Usually they are a safe way to improve browsing experience, but they can be used by criminals to spy on people and gain unwanted access to their data.
Cookies save information about a user session by storing data like usernames.
There is a long term danger of having one's browsing history tracked without their consent
17 which should equal 215.01 I think- sorry if I’m wrong
Answer:
The expected rate of return is 8.65%
Explanation:
The expected return on a stock can be calculated by multiplying the return in each scenario by the probability of that scenario. This will provide the expected value of the return based on all these scenarios. Thus, the rate of return is,
Rate of return = rA * pA + rB * pB + rC * pC
Where,
- r represents the return in each scenario
- p represents the probability of each scenario
The probability of normal state is = 1 - 0.45 - 0.05 = 0.5
Rate of return = 0.13 * 0.45 + 0.06 * 0.5 + (-0.04) * 0.05
Rate of return = 0.0865 or 8.65%
