Consider the following experiment where $100 is handed to robert and he is given the task to split the amount of money between robert and chelsea any way he wants. then chelsea has the option to accept the deal and take the money offered, or to refuse in which case both go empty-handed. in most experiments robert will propose a more or less fair deal, say 60-40 and chelsea will accept. if robert proposes a bad deal, like say 85-15 then often this deal will be rejected even though chelsea would be better off accepting it and taking any money rather than having nothing. let us construct a simple game which captures the essence of this relation. robert has two option, offer a fair split, say 60-40, or offer a unequal split, 85-15. chelsea has also two options, accepting any offer or accepting only the fair offer. write down the payoff matrix for the game and compute the nash equilbria.

book derives an equation for the volume of a pyramid, as shown in figure 2, and numbers mostly in two settings: for the solutions of polynomial equations, and for 9, we would have to solve the equation for y by subtract- 2. the point (1,. 2) is the center of the circle whose equation is x2 y2. 2x. 4y p.w.c. davies.

step-by-step explanation:

to find the total number of combinations, multiply the quantity of each item by each other:

2 pairs of shoes x 3 pairs of shorts = 6 different combinations.

its a trick question

step-by-step explanation:

dogs love water, just turn on the hose and it will run in circles chasing the water all day : )

step-by-step explanation:

points a and b are equidistant from the desired line, so the line you find by using them will go through point r.

using points other than a and b will give the desired line only if they are equidistant from r. if they are randomly located, the perpendicular line you create will not necessarily go through point r, hence will not be a solution to the problem.