Answer:
6ax+9ay−2bx−3by
Explanation:
2x(3a−b)−3y(b−3a)
Distribute:
=(2x)(3a)+(2x)(−b)+9ay+−3by
=6ax+−2bx+9ay+−3by
Answer:
c. Appreciate; Appreciate
Explanation:
Triangular arbitrage is the act of taking an opportunity resulting from a pricing discrepancy among three different currencies when the currency's exchange rates do not exactly match up
This cases are very rare and for a quite short period of time so there are very few traders who takes the advantange of them.
Lets study th given cases here:
A) NZ dollar Versus Mexican Peso
The exchage rate is 1NZ$= 2 Mexican Pesos (MXP)
But if we apply the triangular arbitrage:
1 NZ dollar = 0.3333 US$
and we know tha 1 US$= 7 Mexican Pesos (MXP
Then 1 NZ dollar = 0.3333* 7 MXP= 2.333 MXP
So the NZ dollar appreciates
B) MXP Versus U$S
The exchage rate is 1 MXP= (1/7) U$S
But if we apply the triangular arbitrage:
1 MXP = 0.5 NZ
and we know tha 1 NZ= 0.333 US$
Then 1 MXP = 0.5* 0.333 U$S= 0.166 U$S
So the MXP appreciates
Answer: how much butter she buys at each price point.
Explanation: The demand curve shows how much a person chooses to buy at different prices. In order to graph the curve, we need to know how much butter Jenna buys when it costs $1, $1.50, and $1.75.
