Answer:
Inelastic
Explanation:
Elasticity of demand = percentage change in quantity demanded / percentage change in price
percentage change in quantity demanded =
35,000 - 40,000/40,000 = -0.125 = -12.5%
percentage change in price = $10 - $8 / $8 = 0.25 = 25%
Elasticity = -12.5%/25%= -0.5
Demand is inelastic because the elasticity of demand is a less than 1.
Elasticity of demand measures how quantity demanded changes when price change.
Demand is inelastic when a change in price has no effect on quantity demanded. Inelastic demand has a value of less than 1 .
Demand is elastic if a change in price has an effect on quantity demanded. Elastic demand has a value of more 1
Unitary elastic is when a change in price has the same proportional effect on a change in quantity demanded. Unitary elastic demand has a value of 1.
Explanation:
The preference committee members are as follows:
Member 1 prefers a to b and b to c
Member 2 prefers c to a and a to b
Member 3 prefers b to c and c to a
The order of this problem can be solved:
Preference for 1, 2 and 3 are as below:
1. a then b then c
2. c then a then b
3. b then c then
Member 1 knowing advantage , will always disagree with 2 and 3 so that he can win when it comes to vote
So, 2 and 3 in order to win , will have to cooperate with each other.
As we can see that the least suitable option according to Member 2 and Member 3 are b and a respectively. Therefore they would not consider supporting either b or a.
So the possible option of Member 2 and Member 3 supporting will be C.
Therefore both 2 and 3 will agree on C.
The predicted outcome of the game is C.
Answer:
PV of 1st option = $185,015.50
PV of 2nd option = $192,683.78
Explanation:
Computing the present value of the monthly payments, we use the formula 
Where PV = present value of the monthly payments
A = monthly salary
r = monthly interest rate = 6%/12 = 0.5% = 0.005
n = number of months = 24 months
PV of the 1st option, $8,200 monthly for the next 2 year
= $185,015.50.
PV of the 2ns option, $6,900 monthly + $37,000 signing bonus
= $155,683.78 + $37,000 = $192,683.78.
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Answer: The response options are wrong, those that correspond according to what I found on the internet are:
All of the following are necessary to calculate the total purchase price for a Municipal bond traded on a yield basis in the secondary market EXCEPT:
A. Coupon rate
B. Yield to Maturity
C. Dated date
D. Trade date
<u>The correct answer is "C. Dated date".</u>
<u>Option "C" is correct because to calculate the price of a bond it is not necessary the day of issuance of the bond, is enough with its YIELD TO MATURITY, RATE CUPON AND YEARS TO MATURITY.</u>
