Answer:
It will take 14 quarters (3.5 years) to reach $44,622.09 from $35,000 at an interest rate of 7% compounded quarterly.
Explanation:
Giving the following information:
PV= 35,000
FV= 44,622.09
i= 0.07/4= 0.0175
We need to calculate the number of quarters required to reach the objective. We will use the following formula:
n= ln(FV/PV) / ln(1+i)
n= ln(44,622.09/35,000) / ln(1.0175)
n= 14
It will take 14 quarters (3.5 years) to reach $44,622.09 from $35,000 at an interest rate of 7% compounded quarterly.
Answer:
Employees need to know what is expected of them; having clear expectations helps employees do their job well. A good manager will convey his expectations and make sure employees understand them. He also will make himself available to employees, so they can have the opportunity to clarify any confusion they may have.
Answer:
Inventory would be 1, 768
Explanation:
2,000 goods
+200 freight-in (A)
-400 returned goods
<u> -32 </u> discount (B)
1, 768 net amount for inventory
<u>Notes:</u>
(A) The freight-in will be included in the inventory, as is a cost needed to have the inventory in the company's possession and be ready to use or sell.
(B) goods x discount rate
net goods 2,000 - 4,00 return = 1,600
discount for payment within 10 days 2%
Discount on purchase: 1,600 x 2% = 32
Answer:
No
Explanation:
This is not unethical because it is a common and acceptable practice among many reputable public companies in the United States to adjust their account statements according to their objectives.
Remember, every organisation had a right to decide It's accounting methods.
In this scenario, what both parties hope to achieve is to build up confidence from potential investors.
Gabriel had no idea how consumers would respond to a survey about attitudes toward a program opening up space travel to private citizens. He could use a survey with open-ended questions.
Space travel to private citizens:
On June 7, 2019, NASA said that beginning in 2020, it intends to start permitting commercial astronauts to go to the International Space Station using the SpaceX Crew Dragon and the Boeing Starliner spacecraft for public astronauts, with a planned daily cost of $35,000 USD.
Three paying clients and a retired NASA astronaut set off for the International Space Station. The trip is the first to visit the space station with only private persons aboard, and it is also the first time NASA has worked with other organizations to coordinate a space tourism visit.
Learn more about space travel to private citizens here:
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