Answer: Start = $300 million
End = $318.59 million
Explanation:
NAV can be calculated by dividing the funds Assets net of Liabilities by the total number of outstanding shares.
At start of the year NAV is $300 million and NAV per share is therefore,
= 300 million/ 10 million
= $30 per share.
Ending NAV
During the year the fund made Investments and increased by a price of 7%
= 300 million (1 + 0.07)
= $321 million
We still have to subtract the 12b-1 fees that the fund charges though and that would result in,
= 321 million * (1 - 0.0075)
= 318.5925
= $318.59 million.
Dividing this by the total number of outstanding shares we have,
= 318.59 /10
= $31.86
$31.86 is the NAV per share at year end.
Answer:
$24,681.41
Explanation:
In this question, we use the present value formula which is shown in the spreadsheet.
The NPER reflected the time period.
Provided that,
Future value = $50,000
Rate of interest = 4%
NPER = 18 years
The formula is presented below:
= -PV(Rate;NPER;PMT;FV;type)
So, after solving this, the answer would be $24,681.41
Answer:
D) Store all chemicals in a well-lit, warm area
Answer:
The answer is: Their inventory levels will increase
Explanation:
When companies use the Just in Time (JIT) they reduce their ordinary inventory to a minimum level, without any safety stock and that help them lower costs and improve their efficiency.
Since Hanson is changing from the JIT inventory system to a more traditional inventory system, their inventory levels should increase to include certain safety stock levels.
Answer: a. Computer-aided manufacturing
Explanation: A computer-aided manufacturing would help the robot manufacturing company in this regard since it can provide the required software to control the machine tools and processes needed in the manufacture of the multi-utility robots.
Computer-aided manufacturing (CAM) is defined as the use of software and computer-controlled machinery to automate a manufacturing process and is composed entirely of software that tells a machine how to make a product through the generation of toolpaths; a machinery that can turn raw material into a finished product and a post processing unit that converts toolpaths into machine languages. Computer-aided manufacturing thus provides high–speed machine tool paths that greatly minimize cycle times, reduce tool and machine wear and general improvement in quality and accuracy of cutting.
