Cost of machine = $1,000

=

= $1,492.11

)=

= $75.13
Total NPV = -1000+1492.11+75.13 = $567.24 ≈ $567
Answer:
The interest expense is $521
Explanation:
The amount of interest expense for the fiscal year is the interest expense of 31 days which ,in other words the interest incurred only in the month of July ,calculated thus:
interest expense=days in the month/360days*interest rate*loan amount
interest expense=31/360*10%*$60,500=$ 521
The interest expense for the current fiscal year rounded to the nearest dollar amount is $ 521
Answer:
The answer is C. link the advertisements to online promotions.
Explanation:
Now lets take a look at it one by one and see why C is the answer.
As in option A, she can ask a few friends whether they've seen the ad or not, but their replies would not accurately show the success of the promotion strategy.
In Option B, it take some time to measure the results and the quarterly sales numbers can be influenced by many factors and may not reflect the impact of this specific promotional campaign.
Option D is irrelevant, Elise's company sales and the sales of the newspapers are not related. So we can not take this as an answer.
Option C however is very applicable. If you link the advertisements to online promotions, when those who read the news paper comes to check the online promotion, we can see how well has the ad performed based on the number of online enrollments of the readers.
Answer:
Because of its importance in summarizing your strategy, the Introduction and Overview of your business plan should be written last-B.
Answer:
c. Independent samples t test
Explanation:
An independent samples t test is used in the above case. Independent samples t test are employed when comparison is between two independently groups. Independent samples t test compares the mean of two independent groups as in above to determine if there is a statistically significant difference between them for the purpose of making a decision. For example in the above scenario if there is a difference in the means, we can conclude that City A and city B residents do not travel same distance in miles