The Economic boom<span> of the 1920s saw rapid growth in GDP, production levels and living standards. The growth was fuelled by new technologies and production processes such as the assembly line. The </span>economic<span> growth also caused an unprecedented rise in stock market values – share prices increased much more than GDP.
</span>
Answer:
The manufacturing cycle efficiency is 0.219
Explanation:
In order to calculate the manufacturing cycle efficiency we would have to calculate the following formula:
manufacturing cycle efficiency=value added time/throughput time
value added time= 40 min
throughput time=Process time+Inspection time+movie time+Queue time
throughput time=40+5+15+2+120
throughput time=182 min
Therefore, manufacturing cycle efficiency=40/182
manufacturing cycle efficiency=0.219
The manufacturing cycle efficiency is 0.219
Answer:
Monthly withdrawal = $ 231.17 per month
Explanation:
Below is the calculation:
Deposit amount in the bank = $10200
Interest rate earned by the deposit = 4.19%
Monthly interest rate = 4.19% / 12 = 0.34917%
Number of periods = 4 years x 12 = 48
Amount in the account = Monthly withdrawal x (P/A, 0.34917%, 48)
10200 = Monthly withdrawal x 44.12246
Monthly withdrawal = 10200/44.12246
Monthly withdrawal = $ 231.17 per month
Based on the amount it would cost to build the machine and the interest rate as well as the payoff, the following are true:
a. The machine will take a year to build which means the payoff will only start coming in next year.
First find the present value of the perpetuity:
= 70 / 5%
= $1,400
You then need to find the present value of the above in the current period:
= 1,400 / ( 1 + 5%)
= $1,333
NPV is:
= 1,333 - 1,000 cost
= $333
B. If the amount produced increases by 1%, you should use the Gordon Growth Model:
<em>= Next payoff / ( Interest - Growth)</em>
=70/ ( 5% - 1%)
= $1,750
Take this to current year:
= 1,750 / 1.05
= $1,667
NPV will be:
= 1,667 - 1,000
= $667
Find out more about NPV at brainly.com/question/7254007.
Answer:
Equivalent annual cost method
Explanation:
Equivalent annual cost method is a method used to choose between two projects with an unequal life span
The decision rule is to choose the product with the higher Equivalent annual cost
Equivalent annual cost method is better for making this decision because if net present value is used, the project with the higher useful life would be chosen. this does not mean it is more profitable