Answer:
1. Andrew Carnegie
You probably recognize Andrew Carnegie’s name, since he’s one of the most famous and richest industrialists of all time. However, he didn’t accumulate his wealth as a result of formal education or a business-charged background. Instead, he dropped out of school at a young age and spent the major portion of his youth performing manual labor. He was a bobbin boy at a local cotton mill and then became a telegraph messenger. It wasn’t until he taught himself how to read and entered the railroad industry that he began to build the empire that would make him (and his family) a fortune.
2. John Paul DeJoria
You may not have heard of John Paul DeJoria, but you’ve certainly indulged in some of the beauty products attached to his name. Now a multi-billionaire and one of the most accomplished entrepreneurs in modern history, DeJoria got his start as a newspaper courier. To make ends meet, he worked as a tow truck driver and a janitor. Eventually, he found his way to working at a hair-care company, where he met his future partner, Paul Mitchell. With minimal experience and a $700 loan, the duo founded a company now known as John Paul Mitchell Systems. From there, DeJoria co-founded Patron Spirits and the House of Blues.
3. Harland Sanders
If someone asked you for a loan to start a restaurant, but had no formal culinary training or experience, would you make that loan? It seems crazy to think anyone could become a successful restauranteur without a background in the industry, but that’s exactly what Harlan “Colonel” Sanders was able to do. When he started his line of Kentucky Fried Chicken restaurants, the only experience he had was cooking for his siblings as a child and working at a number of odd jobs.
Answer:
The manufacturer should announce a guaranteed mileage of 44528 miles
Explanation:
Problems of normally distributed samples are solved using the z-score formula.
In a set with mean 
and standard deviation 
, the zscore of a measure X is given by:
The Z-score measures how many standard deviations the measure is from the mean. After finding the Z-score, we look at the z-score table and find the p-value associated with this z-score. This p-value is the probability that the value of the measure is smaller than X, that is, the percentile of X. Subtracting 1 by the pvalue, we get the probability that the value of the measure is greater than X.
In this problem, we have that:
What guaranteed mileage should the manufacturer announce
Only until the 5th percentile will have to be replaced, which is the value of X when Z has a pvalue of 0.05. So it is X when Z = -1.645.
The manufacturer should announce a guaranteed mileage of 44528 miles
Answer:
For April, revenue was $90,000 and labor hours were 4x[(40x6)+(25x4)]. This is 90,000/1,360 = 66.18 dollars per hour of labor. For May, revenue was $80,000 and labor hours were 4x[(40x6)+(10x2)] This is 80,000/1,040 = 77 dollars per hour of labor a difference of $ 10.82per hour. The percentage change in productivity between April and May, then, is 3.95/44.12 = 0.1634935026x 100 = 16.35%
good luck ❤
Answer:
The closest answer is option A,$7649
Explanation:
The net present value of the investment is the present value of annual cost savings minus the initial cost of investment.
present of cash flow=cash flow/(1+r)^n
r is the discount rate of 12%
n is the year the cash flow relates to ,for instance year zero for the initial investment
NPV=-$54,000+$16,000/(1+12%)^1+$16,000/(1+12%)^2+$16,000/(1+12%)^3+$16,000/(1+12%)^4+($16,000+$7,000)/(1+12%)^5=$ 7,648.41
note that the project gives $7,000 in salvage value in year 5
Answer:
$56,950
Explanation:
We will calculate the operating cash flow as follow;
OCF = {[($55 - $28.62) 8,500 ] - $170,000} × (1 - 0.35) + ($62,000 × 0.35)
= {[$224,230] - $170,000} × 0.65 + ($21,700)
= $35,249.5 + $21,700
= $56,950
Therefore, the operating cash flow is $56,950
