Question

In: Economics

Assume the following preference order for four goods, w, x, y, and z, of a total...

Assume the following preference order for four goods, w, x, y, and z, of a total of 26 people:

# of people 9 6 2 4 5
W X Y Y Z
Z Y X Z X
X Z Z X Y
Y W W W W

You want to extract the will of the group and employ different rules. What is the group's preference order when you employ:
A) Plurality Vote
B) Condorcet Vote
C) Borda Count
D) "Vote for Three"

E) elimination vote (stepwise, eliminate the respective plurality loser); say who will be eliminated at each step.

Solutions

Expert Solution

Answer (A): Going by Plurality vote (i.e. the candidate who gets more than 50% of the total votes wins), we can see that none of the candidates have the plurality majority. All the candidates have secured 5 votes each.

Answer (B): Going by Condorcet vote (i.e. the candidate who gets a majority in all the voting systems wins), we can see that none of the candidates have the Condorcet majority. All the candidates have a majority in all the four voting patterns.

Answer (C): Going by Borda Count (i.e. the candidate who gets a majority of points as per the points given in corresponding to the votes he secures in all the voting systems wins), we can again see that none of the candidates have the Borda count majority, as the candidates have a an equal number of votes.

Answer (D): Going by Vote for Three Count (i.e. voting for only three candidates and not more), we can again see that none of the candidates have the Vote for three count majority, as the candidates have a an equal number of votes. Even if there were three candidates, we would have not see any one with the majority.

Answer (E): Going by Elimination Count (i.e. eliminating the weakest candidate from the voting system), we can see that from the first voting system Y will stay and the rest will be eliminated as Y has the more votes than others, from the Second voting system X and Z will stay and the rest will be eliminated as X and Z have equal and more votes than others, from the Third voting system again X and Z will stay and the rest will be eliminated as X and Z have equal and more votes than others, from the Fourth voting system only W will stay and the rest will be eliminated as W has more votes than others.

                                     Now, here, X has been winner two times, Y winner once, Z winner twice and W winner once. Therefore, only X and Z will stay and other will get eliminated. Out of X and Z, we wil again have no majority.


Related Solutions

a.Consider a hypothetical gas of four distinguishable particles, labeled W, X, Y and Z. Assume that...
a.Consider a hypothetical gas of four distinguishable particles, labeled W, X, Y and Z. Assume that they are distributed between only two translational quantum states of energies 2E and 4E. How many different configurations of this gas are there? b.Consider a hypothetical gas of three distinguishable particles, labeled A, B and C. Each of the particles has only three quantum states of energies 5E, 10E and 15E. How many different configurations of this gas have a total energy of 30E?...
Please explain this prolog code line by line. union([X|Y],Z,W) :- member(X,Z), union(Y,Z,W). union([X|Y],Z,[X|W]) :- \+ member(X,Z),...
Please explain this prolog code line by line. union([X|Y],Z,W) :- member(X,Z), union(Y,Z,W). union([X|Y],Z,[X|W]) :- \+ member(X,Z), union(Y,Z,W). union([],Z,Z).
The following logic function is given as a sum of minterms F(W,X,Y,Z) = ∑W,X,Y,Z(7,8,10,11,13) + D(5,...
The following logic function is given as a sum of minterms F(W,X,Y,Z) = ∑W,X,Y,Z(7,8,10,11,13) + D(5, 9, 15). (25 points) a) Draw the K-Map and find the minimal sum-of-products expression for this function. b) Draw the circuit implementing this expression c) Give all input pair or pairs where transition between them would create a timing hazard d) Draw the timing diagram showing the glitch corresponding to the pair or one of the pairs. Assume ALL gate delays are equal e)...
Assume that the variables w, x, y, and z are stored in memory locations 16, 32,...
Assume that the variables w, x, y, and z are stored in memory locations 16, 32, 48, and 128 respectively. Translate the following algorithmic operations into MIPS language equivalents: [Assume $s1 is the base register, and $s1 contains the address of memory location 0]                                                                                                             if ((x – y) ³ w) then       set x to y else: set x to z endif
1) If x, y, z are consecutive integers in order then 9 | (x+y+z) ⟺ 3...
1) If x, y, z are consecutive integers in order then 9 | (x+y+z) ⟺ 3 | y. (Do proof) 2) Let x, y be consecutive even integers then (x+y) is not divisible by 4. (Show proof and state why it was used)
A paint company has four manufacturing plants (W, X, Y, and Z) that require 30,000, 20,000,...
A paint company has four manufacturing plants (W, X, Y, and Z) that require 30,000, 20,000, 10,000, and 20,000 paint cans, respectively. Three paint can suppliers (A, B, and C) have indicated their willingness to supply up to 40,000, 20,000, and 30,000 cans per month, respectively. The total cost (shipping plus price) of delivering 100 cans from each supplier to each manufacturing plant is as below. Manufacturing plant supplier W X Y Z A $54 $48 $50 $46 B 52...
Assume someone has a secret 4-tuple (w, x, y, z) where each number can be from...
Assume someone has a secret 4-tuple (w, x, y, z) where each number can be from 1 to 1000 inclusive. Your code is supposed to find what these integers are by using a loop and comparing the number (part of Brute Force). One approach is to write four nested for-loops to check for the number. This is O(n 4 ). Your task is to determine a random 4-tuple. Is your solution better than O(n^4 )? 1 import random as rn...
Think of the following linear attributes model. There are three goods, x, y and z, available...
Think of the following linear attributes model. There are three goods, x, y and z, available at prices px=3, py=2 and pz=4.A consumer cares about attributes a1 and a2 and one unit of good x has a1x=3 units of a1 and a2x=2 units of a2. For good y and z, suppose a1y=6, a2y=1 and a1z=4, a2z=3. Suppose the consumer has the initial wealth (income)w=12. We assume the consumer will spend all her wealth. (a)If the consumer wants to consume (a1,a2)=(16,8),...
Solve the following system : z” + y ′ = cos x, y” − z =...
Solve the following system : z” + y ′ = cos x, y” − z = sin x, z(0) = −1, z′ (0) = −1, y(0) = 1, y′ (0) = 0.
Which of the following are correct for P(x,y,z)= xyz + x(yz)' + x'(y + z) +...
Which of the following are correct for P(x,y,z)= xyz + x(yz)' + x'(y + z) + (xyz)' ? 1) P(0, 0, 1) = 0 2) P(0, 1, 0) = 1 3) P(0, 0, 0) = 1 4) P(1, 1, 1) = 1 5) P(1, 0, 0) = 0
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT