Suppose that in a weighted voting system there is a player A who hates another player P so much that he will always vote the opposite way of P , regardless of the issue. We will call A the antagonist of P. a. Suppose that in the weighted voting system [ 8 : 5 , 4 , 3 , 2 ] , P is the player with two votes and his antagonist A is the player with five votes. The other two players we’ll call P 2 and P 3 . What are the possible coalitions under these circumstances? What is the Banzhaf power distribution under these circumstances? b. Suppose that in a generic weighted voting system with N players there is a player P who has an antagonist A. How many coalitions are there under these circumstances? c. Give examples of weighted voting systems where a player A can i. increase his Banzhaf power index by becoming an antagonist of another player. ii. decrease his Banzhaf power index by becoming an antagonist of another player. d. Suppose that the antagonist A has more votes than his enemy P. What is a strategy that P can use to gain power at the expense of A ?
Suppose that in a weighted voting system there is a player A who hates another player P so much that he will always vote the opposite way of P , regardless of the issue. We will call A the antagonist of P. a. Suppose that in the weighted voting system [ 8 : 5 , 4 , 3 , 2 ] , P is the player with two votes and his antagonist A is the player with five votes. The other two players we’ll call P 2 and P 3 . What are the possible coalitions under these circumstances? What is the Banzhaf power distribution under these circumstances? b. Suppose that in a generic weighted voting system with N players there is a player P who has an antagonist A. How many coalitions are there under these circumstances? c. Give examples of weighted voting systems where a player A can i. increase his Banzhaf power index by becoming an antagonist of another player. ii. decrease his Banzhaf power index by becoming an antagonist of another player. d. Suppose that the antagonist A has more votes than his enemy P. What is a strategy that P can use to gain power at the expense of A ?
Solution Summary: The author explains the Banzhaf power distribution under given circumstances.
Suppose that in a weighted voting system there is a player A who hates another player P so much that he will always vote the opposite way of P, regardless of the issue. We will call A the antagonist of P.
a. Suppose that in the weighted voting system
[
8
:
5
,
4
,
3
,
2
]
, P is the player with two votes and his antagonist A is the player with five votes. The other two players we’ll call
P
2
and
P
3
. What are the possible coalitions under these circumstances? What is the Banzhaf power distribution under these circumstances?
b. Suppose that in a generic weighted voting system with N players there is a player P who has an antagonist A. How many coalitions are there under these circumstances?
c. Give examples of weighted voting systems where a player A can
i. increase his Banzhaf power index by becoming an antagonist of another player.
ii. decrease his Banzhaf power index by becoming an antagonist of another player.
d. Suppose that the antagonist A has more votes than his enemy P. What is a strategy that P can use to gain power at the expense of A?
Would you please help with these questions? I don't understand when to choose a bar chart and pie chart, and question 3 , thank you
H.w
WI
M
Wz
A
Sindax
Sind dy max
Утах
at 0.75m from A
w=6KN/M L=2
W2=9 KN/m
P= 10 KN
B
Make the solution handwritten and not
artificial intelligence because I will
give a bad rating if you solve it with
artificial intelligence
2. A microwave manufacturing firm has determined that their profit function is P(x)=-0.0014x+0.3x²+6x-355 , where is the number of microwaves sold annually. a. Graph the profit function using a calculator. b. Determine a reasonable viewing window for the function. c. Approximate all of the zeros of the function using the CALC menu of your calculator. d. What must be the range of microwaves sold in order for the firm to profit?
Chapter 2 Solutions
Excursions in Mathematics, Loose-Leaf Edition Plus MyLab Math with Pearson eText -- 18 Week Access Card Package
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