Answer:
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The budget constrain is how much of each good can Joe's buy and it's given by:
Income = P_f * Q_f +P_s * Q_s
P_f = Price_of_Food
Q_f = Quantity_of_Food
P_s = Price_of_Shelter
Q_s = Quantity_of_Shelter
In case a):
300 = 5*Q_f(a) + 100*Q_s
in case b):
300 = 10*Q_f(b) + 100*Q_s
To draw each line, you can make a graphic in which the x axis is Q_s and y axis is Q_f
set Q_f = 0 and solve for Q_s which gives => Q_s = 3 so, in the x axis the line will start in Q_s = 3
the same, and solve for Q_f and it'll give =>
Q_f(a) = 60
Q_f(b) = 30
So, from the start in x axis in Q_s = 3 you draw the line (a) to the y axis Q_f(a) = 60 and you draw the line (b) to the y axis Q_f(b) = 30
To get the oportunity cost you have to divide the cost of what is given up (food) by what is gained (shelter).
Oportunity_Cost_Food(a) = 5/100 = 0.05
Oportunity_Cost_Food(b) = 10/100 = 0.10
As you can see, the oportunity cost of food increase
Answer:
real options perspective
Explanation:
A real options perspective means that the investor has the right but not the obligation to invest in the other company, and/or has the right to buy it, but it is not required to do so. In this case, Fervana can invest if it considers it suitable or it can buy the start-up, buit it doesn't need to do anything if it doesn't want to.
