Answer:
(i) They are readily understood even by those unaccustomed to reading charts or those who are not chart-minded.
(ii) They posses the outstanding advantage that they are the simplest and the easiest to make.
(iii) When a large number of items are to be compared they are the only form that can be used effectively.
Answer:
The correct answer is:
$17 trillion.
Explanation:
The Gross Domestic Product or GDP represents the overall market value of all the goods and services a country produces and it measures the size of the economy. The GDP is determined with the following formula:
GDP = C + G + I + NX
where:
- C: private consumption or consumer spending
- G: government spending
- I: businesses' capital spending
- NX: net exports (exports - imports)
In the example:
GDP = $3 trillion + $10 trillion + $4 trillion = $17 trillion
True According to the quantity theory of money, if the amount of money in an economy doubles, all else equal, price levels will also double.
Definition: The quantity theory of money states that the money supply and price level in an economy are directly related to each other. When the money supply changes, the price level changes proportionally, and vice versa.
The quantity theory of money states that the price level multiplied by real output is equal to the money supply multiplied by the speed or rotation of the money supply. Speed is generally stable.
Learn more about annual rates at
brainly.com/question/25793394
#SPJ4
Answer:
answer can be seen in the attached file
Explanation:
Consider the game in extensive form above. In the backward induction solution to this game Player 1 plays strategy and Player 2 plays strategy (Please, label Player 1's strategies by A, B, and C, and Player 2's strategies as df, dg, ef, and so forth)
What is Game Theory?
This is a mathematical modelling that deals with the analysis of strategies for dealing with competitive situations where the result of a participant's choice of action depends critically on the actions of other participants. Game theory has been applied to in war, business, and biology, sport.
In Game theory, outcome is dependent on the contributions of competing parties