Answer:
The correct option is C: price would increase, and its output would decrease
Explanation:
Many companies that produce goods with negative externalities pay hugely for the negative externalities the consumer tend to face. For example, cigarette companies pay huge taxes because of harmful effect on consumer. If they were to price these goods with the negative externalities taken into account, the price of the good will definitely increase and output reduced.
Answer:
The answer is: $215,000
Explanation:
Railway Company should include the goods worth $35,000 that Rogers Consignment store has. Once this amount is included, the total inventory for Railway Company should be $215,000 ($180,000 + $35,000).
Merchandise purchased and shipped as FOB destination, belongs to the seller until it has been properly delivered to the buyer. It will increase the inventory once it arrives on January 3.
Answer:
option (D) 10.34
Explanation:
The inventory turnover ratio for 2016 will be given as:
= [Cost of goods sold ] ÷ Average inventory
also,
Cost of goods sold in 2016 = $148,669
Average inventory = [ 2015 inventory + 2016 inventory ] ÷ 2
= [ 14,001 + 14,760 ] ÷ 2
= 28761 ÷ 2
= 14,380.5
Therefore,
The inventory turnover ratio for 2016 = $148,669 ÷ 14,380.5
= 10.34
Hence,
The answer is option (D) 10.34
Answer:
2.20
Explanation:
The Price elasticity will be:
Δdemand/ΔPrice
<u>The mid point is used to calculate the increases.</u>
Δdemand = ΔQ/midpointQ
(Q2+Q1)/2 = mid point quantity = (300+ 200)/2 = 250
ΔQ = 300-200 = 100
Δdemand = 100/250 = 0.4
<u>Same procedure is applied with the Price numbers:</u>
Δprice = ΔP/midpointP
(P2+P1)/2 = mid point price = (3+ 2.5)/2 = 2.75
ΔP = 2.5-3 = 0.5
Δprice = 0.5 / 2.75 = 0.181818
FInally we calculate the price elasticity:
Δdemand/ΔPrice
0.4/0.1818181818 = 2.2
Answer:
a. How long will the current bridge system work before a new bracing system is required?: 64.18 years or 64 years and 2 months.
b. What if the annual traffic rate increases at 8 % annually: The bracing system will last for 24.65 years or 24 years and 7 months.
c. At what traffic increase rate will the current system last only 12 years: 17.13%
Explanation:
a. Denote x is the time taken for the number of pedestrian to grow from 300 to 2000. The current pedestrian is 300, the grow rate per year is 3% or 1.03 times a year. Thus, to reach 2,000, we have the equation: 300 x 1.03^x = 2000. Show the equate, we have 1.03^x = 6.67 <=> x = 64.18
b. Denote x is the time taken for the number of pedestrian to grow from 300 to 2000. The current pedestrian is 300, the grow rate per year is 8% or 1.08 times a year. Thus, to reach 2,000, we have the equation: 300 x 1.08^x = 2000. Show the equate, we have 1.08^x = 6.67 <=> x = 24.65.
c. Denote x as traffic increase rate. The current pedestrian is 300, the grow rate per year is (1+x) times a year. Thus, to reach 2,000 after 12 years and thus a new bracing system to be in place, we have the equation: 300 x (1+x)^12 = 2000. Show the equate, we have (1+x)^12 = 6.67 <=> 1+x = 1.1713 <=> x = 17.13%.