Answer:
The correct answer is option D.
Explanation:
Technological change refers to an improvement in the efficiency of a product such that the output level increases without an increase in input.
Here, the rearranging of layout and training of workers is technological change as they are likely to increase production without an increase in inputs.
Damages caused by a hurricane will reduce the output level, so it will not be classified as a technological change.
Answer:
The answer is 8 years
Explanation:
FV= PV(1+r)^n
Where
PV= let's assume PV is $100
FV = Since FV will be doubled, the we have $200($100 x 2)
n= ?
r= 9percent
Let us use the rule of 72 which states that an investment will double when:
Annual Investment Rate x Number of Years = 72.
Number of years = 72/9
= 8 years
The investment is doubled in 8 years at the rate of 9percent
The value of the bond is $865.80.
<h3>What is a bond?</h3>
A bond is a debt instrument used to raise capital. Bondholders receive periodic interest payment. At the maturity of the bond, the bondholders receive the amount invested.
<h3>What is the value of the bond?</h3>
The value of the bond can be determined by calculating the present value of the bond. The present value is the sum of the discounted cash flows.
Present value = (60 / 1.08) + (60 / 1.08^2) + (60 / 1.08^3) + (60 / 1.08^4) + (60 / 1.08^5) + (60 / 1.08^6) + (60 / 1.08^7) + (60 / 1.08^8) + (60 / 1.08^9) + (60 / 1.08^10) + (1000 / 1.08^10) = $865.80
To learn more about present value, please check: brainly.com/question/25748668
Answer:
$2
Explanation:
Given that
The fixed cost = $100
Cost on wool if 10 sweater are made in a month = $15
Cost on wool if 11 sweater are made in a month = $17
Since it involves no other cost
So, the marginal cost of the eleventh sweater is
= Cost on wool when 11 sweater made in one month - Cost on wool when 10 sweater made in one month
= $17 - $15
= $2
Answer:
Final value= $242,726.24
Explanation:
Giving the following information:
The U.S. stock market has returned an average of about 9% per year since 1900.
This return works out to a real return (i.e., adjusted for inflation) of approximately 6% per year.
If you invest $100,000 and you earn 6% a year on it for 30 years.
We know inflation is 3% (average), so our real interest rate is approximately 3%.
We need the final value formula:
FV= PV*(1+i)^n
FV= 100000*(1.03)^30= $242,726.24
