Answer:
1. In first example, supply curve moves to the left. Delivery curve moves to the left as supply is heading downward due to variables apart from rate change. In this scenario, the cost of output rises due to the current penalty, and vendors will be able to produce less at the same amount.
2. In second scenario, businesses are prosecuted for contaminating river water, rises in manufacturing prices and vendors will be able to produce worse at the same amount. The output curve then shifts for its left.
3. In third case the output curve will remain the same. That's since the quantities given does not change.
4. In this situation, the harm done by drilling must be cleaned up by the businesses. Hence, production cost rises, and vendors will be willing to provide worse at the provided price. The supply curves then shifts to the left.
Answer: utopian
Explanation:
An utopian is an individual who thinks technology’s role in the workplace is always good. An utopian simply wants everything to be perfect and believes that technology plays a vital role in the organization.
The utopian believes that technology can help speed up efficiency at workplace and increase output.
You never decide bewteen whatever the 2 things were
Answer:
For how many days must the count have been overdue assuming the supplier uses a 365-day year? 50 days
Explanation:
ACCOUNT 512
% Interest 15%
Annual interest 76,8
76,8 365
10,52 x
X=50 days
Answer:
The question is not complete,find below complete questions:
If you purchased a $50 face value bond in early 2017 at the then current interest rate of .10 percent per year, how much would the bond be worth in 2027? (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.) c. In 2027, instead of cashing the bond in for its then current value, you decide to hold the bond until it doubles in face value in 2037. What annual rate of return will you earn over the last 10 years?
The bond is worth $50.50 in the year 2027
The annual rate of return is 7.07%
Explanation:
The future value of the bond is given by the below formula:
FV=PV*(1+r)^N
where PV is the present of the bond of $50
r is the rate of return of 0.10 percent=0.001
N is the duration of the bond investment of 10 years
FV=50*(1+0.001
)^10
FV=$50.50
However for the face of the bond to double i.e to $100, the rate of return can be computed thus:
r=(FV/PV)^(1/N)-1
where FV=$100 (double of $50)
FV=$50.50(current value in 2027)
N=10
r=($100/$50.50)^(1/10)-1
r=0.070707543
r=7.07%
