Answer:
Department of Transportation (DOT)
Explanation:
Department of Transportation can be regarded as one department in the government of U.S that are in charge of transportation. It started operation in 1967. It should be noted that the Department of Transportation (DOT) developed and published the first curriculum that served as the guideline for EMT training?
Answer:
Risk-free rate decreases
Explanation:
The CAPM formula for calculating cost of equity requires one to know the value of 3 pieces of information only:
1. the market rate of return,
2. the beta value
3. the risk-free rate.
Ra = Rrf + [Ba∗(Rm−Rrf)]
where:
Ra=Cost of Equity
Rrf = Risk-Free Rate
Ba = Beta
Rm=Market Rate of Return
From the formula
Ra = Rrf + [1.2∗(Rm−Rrf)]
Ra = Rrf + 1.2Rm - 1.2Rrf
From Ra = 1.2Rm -0.2Rrf
From the expression above, it can be seen that the lower the value of Rrf (Risk-Free rate), the higher the value of Ra.
Answer: The values are missing below are the values
a. $105
b. $95
answer :
a) $5
b) -$5 ( loss )
Explanation:
From the perspective of the long position for each of the two options upon expiration
a) For $105
for the long position ( long call ) since the expired price > than the exercise price
i.e. $105 > $100 the profit = $105 - $100 = $5
b) For $95
For the long position ( long call ) since the expired price < than the exercise price
i.e. $95 < $100 the profit = $95 - $100 = - $5 ( a loss is incurred )
Answer:
r = 4% at this rate a principal of 12,800 returns 16,843.93 in seven years
Explanation:
We will calculate the interest rate at which a principal of 12,800 return 16,843.93 in seven years
Principal 12,800
time 7 years
rate ?
Amount 16,843.93
![(1+r)^{7} = 16,843.93\div12,800\\\\r =\sqrt[7]{16,843.93\div12,800} -1](https://tex.z-dn.net/?f=%281%2Br%29%5E%7B7%7D%20%3D%2016%2C843.93%5Cdiv12%2C800%5C%5C%5C%5Cr%20%3D%5Csqrt%5B7%5D%7B16%2C843.93%5Cdiv12%2C800%7D%20-1)
r = 0.0400
r = 4%
Solution:
Given :
Location game with 9 possible 
and other than the players who are moving simultaneously and also independently, but they move in a sequential manner.
Vendor 1 selects a location.
After observing decision of vendor 1, vendor 2 chooses where to locate.
Using backward induction the game is solved as below :
-- 
will be a Nash equilibrium.
-- Presently 
(vendor 1) picks first then he will likewise get the chance to pick last as this another move amusement.
-- In the end of the game, vendor 1 will have claimed five regions and candidate 2 (vendor 2) will have claimed four regions.
-- So vendor 2 will keep this in mind and apply backward induction and choose the best regions early on the game.
-- Vendor 2 will keep in mind that vendor 1 will choose last and will ensure that his choices take up the best locations first.
--- This will be his ideal technique for each activity of vendor 1.
Hence this is the Nash equilibrium.
