Question

In: Economics

Suppose there are only two TV stations in Arecima, each broadcasting programming over the airwaves. Each...

Suppose there are only two TV stations in Arecima, each broadcasting programming over the airwaves. Each station wishes to get the maximum number of viewers and each is considering whether to carry a reality-tv show or a comedy show in its 11pm slot on Saturdays. The 1000 Arecima residents have the following preferences: 800 of them wish to watch a reality-tv show and have no interest in a comedy show whereas 200 people would enjoy watching a comedy on TV but would go sleep if both stations chose to broadcast a reality tv show. Each station will receive half the audience if both broadcast the same type of show. Write down the `outcome matrix' of this game and find the Nash equilibrium. Is the equilibrium efficient? As usual, justify your answers.

Solutions

Expert Solution

The most efficient option is when one channel telecast reality show and the other broadcasts comedy hence the need of the entire population of 1000 of Arecima will be satisfied. But the channels will not opt for such a situation as the channel which broadcasts comedy will have only 200 viewers while the other channel which broadcast reality show will have 800 viewers. No channel would want be the one telecasting comedy while the other channel broadcasts reality show in spite of such a situation generating maximum benefit since its satisfy the needs of the entire population of Arecima. Hence the channels will settle in telecasting Reality shows in order to maximize their individual benefits. And this causes the 200 comedy viewers in not meeting their need and going to bed their need is not met and 200 viewers loss to the channels. Hence both the channels will broadcasts reality shows thus having splitting the audience of 800 into halves and having 400 viewers each while the 200 citizens who prefer comedy will not be viewing any channel as no channel broadcasts comedy. No nash equlibrium of 400/400 is not efficient as the needs of 200 viewers are not met resulting in not achieving the maximum overall benefit and a loss of 200 viewers to the channels.


Related Solutions

Two television stations compete with each other for viewing audience. Local programming options for the 5:00...
Two television stations compete with each other for viewing audience. Local programming options for the 5:00 P.M. weekday time slot include a sitcom rerun, an early news program, or a home improvement show. Each station has the same programming options and must make its preseason program selection before knowing what the other television station will do. The viewing audience gains in thousands of viewers for Station A are shown in the payoff table. Station B Sitcom Rerun News Program Home...
78.  A commuter train travels between two downtown stations. Because the stations are only 1.00 km apart,...
78.  A commuter train travels between two downtown stations. Because the stations are only 1.00 km apart, the train never reaches its maximum possible cruising speed. During rush hour the engineer minimizes the time interval ?t1 between two stations by accelerating the rate a1 = 0.100 m/s2 for a time interval ?t1 and then immediately braking with acceleration a2 = ?0.500 m/s2 for a time interval ?t2. Find the minimum time interval ?tand the time interval ?t1.
Identify the signals used in broadcasting TV studio? Discuss about the signals which are combined in...
Identify the signals used in broadcasting TV studio? Discuss about the signals which are combined in fewer parts for transmitting channels in TV broadcasting.
A television signal is broadcasting over a suitable band. The initial frequency of the band is...
A television signal is broadcasting over a suitable band. The initial frequency of the band is 270(MHz) Sketch a neat spectrum of Television transmission as per NTSC and PAL system. Clearly mention the picture, sound and color position on it.
You are the observer of a peculiar individual that enters a room with two stations: each...
You are the observer of a peculiar individual that enters a room with two stations: each station has a coin. Suppose that the coin at station A has a 40% chance of landing on heads, while the coin at station B has a 50% chance of landing on heads. The individual plays the following, monotonous game: if the coin lands on tails, he will stay at the station; otherwise, he will move to the other station. (a) Recall that a...
Let A and B be two stations attempting to transmit on an Ethernet. Each has a...
Let A and B be two stations attempting to transmit on an Ethernet. Each has a steady queue of frames ready to send; A’s frames will be numbered ?1, ?2 and so on, and B’s similarly. Let ? = 51.2 ???? be the exponential backoff base unit. Suppose A and B simultaneously attempt to send frame 1, collide, and happen to choose backoff times of 0 × ? and 1 × ?, respectively. As a result, Station A transmits ?1...
Let A and B be two stations attempting to transmit on an Ethernet. Each has a...
Let A and B be two stations attempting to transmit on an Ethernet. Each has a steady queue of frames ready to send; A’s frames will be numbered ?1, ?2 and so on, and B’s similarly. Let ? = 51.2 ???? be the exponential backoff base unit. Suppose A and B simultaneously attempt to send frame 1, collide, and happen to choose backoff times of 0 × ? and 1 × ?, respectively. As a result, Station A transmits ?1...
Let A and B be two stations attempting to transmit on an Ethernet. Each has a...
Let A and B be two stations attempting to transmit on an Ethernet. Each has a steady queue of frames ready to send; A’s frames will be numbered ?1, ?2 and so on, and B’s similarly. Let ? = 51.2 ???? be the exponential backoff base unit. Suppose A and B simultaneously attempt to send frame 1, collide, and happen to choose backoff times of 0 × ? and 1 × ?, respectively. As a result, Station A transmits ?1...
1. Suppose oil is only to be extracted over two periods (period 0 and period 1)...
1. Suppose oil is only to be extracted over two periods (period 0 and period 1) . T he inverse demand for oil is estimated to be p = 300 - q , where p is the price of oil and q is the quantity demanded. The marginal cost of extraction is given by MC = q . These relations do not change from period to period. Assume a discount rate of r = 0.05. Suppose the initial stock of...
Consider a gas formed by only of two particles A and B. Suppose that each particle...
Consider a gas formed by only of two particles A and B. Suppose that each particle can be at one of the three possible quantum states S=1,2,3 a) Enlist all the possible microstates of gas. b) Which are the possible wave function for the gas as a whole at statistics MB, BE and FD
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT