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Answer:
Predictive models
Explanation:
Predictive modeling uses statistics to predict outcomes. It can be applied to any type of unknown event, regardless of when it occurred.
Answer:
1. Inside the dorm room, the movies are <em>Non-Rival</em> which means that one person can watch the movie and it will not diminish the ability of others to watch as well.
Also as they are all in the same dorm, the showing of the movie is <em>Non-Excludable</em> as well because no one can stop the other from watching.
Public good is both Non-Rival and Non-Excludable so the showing of a movie IS a public good.
2.
Musashi Sean Bob Eric Total Willingness to pay
10 9 8 3 30
8 7 6 2 23
6 5 4 1 16
4 3 2 0 9
2 1 0 0 3
The optimal number of movies that can be rented is dependent on their total willingness to pay. If their Total willingness to pay for the movie is above $8 which is the cost of a movie, then they will get it. From the table, the fifth movie is below the price of $8 so they <u>should rent 4 movie</u>s.
3. If they rent 4 movies and there are 4 of them then the cost per person is;
= (8 *4)/4 people
= 24/4
= $8
This means that each roommate will pay <u>$8</u>.
Answer:
Quantity of oil bought & sold would depend upon relative change i.e increase & decrease in demand & supply respectively.
- ↑Dd = ↓Sy : Qty same
- ↑Dd > ↓Sy : Qty ↑
- ↑Dd < ↓Sy : Qty ↓
Explanation:
Libya is an exporter of Oil to China. It implies china's demand for oil is satisfied by Libya's imports.
Usual markets are at equilibrium when market demand = market supply, demand & supply curves intersect.
Political unrest in Libya decreasing oil production, would decrease supply (exported) of oil to China & sift supply curve leftwards. Simultaneously, increase in China demand for oil would shift the demand curve rightwards. These changes in demand, supply would create excess demand. Excess demand would cause competition among buyers & increase the new equilibrium price.
However, <u>Quantity </u>of oil bought & sold would depend upon relative change , shift in demand & supply. If increase in demand is equal to decrease in supply, the quantity would remain<u> same.</u> If increase in demand is more than decrease in supply, quantity will <u>increase</u>. If increase in demand is less than decrease in supply, the quantity will <u>decrease.</u>
