Answer:
the derived demands would most likely be increased.
Explanation:
When the new high school opened next to the fast food resturant i.e. popular so here it increased the consumers for that restaurant also the majority of the consumers would be the students only as it near by the school. Also the price should be cheap so that it can be easily afforded by the students
Therefore the derived demand should be likely to rise
Answer:
(attached graph)
The increase in the ticket price makes the budget line slope to decrease. There will be less ticket available for Alphonso.
The increase in the bus tickets makes the opportunity cost of the hamburger to decrease as now, consuming an hamburger will make Alphonso renounce to a lesser amount of bus tickets. As the the opportunity cost is the goods or services we don't consume in favor for those we do.
Explanation:
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:
The investors should expect to 9.26% of Return.
Explanation:
The Dividend Discount Model for Constant Growth should be used here.
DDM = Current Price = Dividend of Year 1 / (Required Return - Growth Rate)
Dividend of Year 1 = 1.64 (1.03) = 1.6892.
Re-arrange the above model for Required Return and put values:
Required Return = (1.6892 / 27) + .03 = .0926 OR 9.26%.
Thanks!
The amount generated from the investment with simple interest is calculated through the equation,
F = P x (1 + in)
where F is the future amount, P is the present worth, i is the decimal equivalent of the given interest and n is the number of interest period.
From this item it can be identified that,
P = $10,500
i = 0.06
n = 4
Substituting the known values,
F = ($10,500) x (1 + (0.06)(4))
<em> F = $13020</em>
Therefore, after four years, the amount of money that Alex will have is $13,020.
