Answer:
The materials, personnel, effort, and money that enter a system are called the input
It cannot be envirmont or output becuase it is personal things not public.
Explanation:
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Answer:
$3420057
Explanation:
the company uses cumulative voting, the board of directors are all elected at once. You will need 1/(N+ 1) percent of the stock (plus one share) to guarantee election, where N is the number of seats up for election. So, the percentage of the company’s stock you need will be:Percent of stock needed = 1 / (N+ 1)Percent of stock needed =
1 / (3 + 1)Percent of stock needed = .25 or 25%So, the number of shares you need to purchase is:Number of shares to purchase = (240,000 × .25) + 1Number of shares to purchase = 60,001 And the total cost to you will be the shares needed times the price per share, or: Total cost = 60,001 $57Total cost =$ 3420057
Answer: Demand Schedule
Explanation: A schedule is a table that lists quantity and price of a good. Since, here it is given quantity of a good that a person will buy we are referring to a single individual. So, the table which lists quantity for a good demanded by a single individual at different prices is given by an <em>individual demand schedule</em>.
Answer:
$659,277
Explanation:
The computation of the manufacturing labor dollars per year over the three year period of performance is shown below:
For 3 year it is
= 3 × 1,800 hours × $31
= $167,400
For 4.5 years, it is
= 4.5 × 1,800 hours × $31 × 1.025
= $257,377.50
Foe 4 years, it is
= 4 × 1,800 hours × $31 × 1.025 × 1.025
= $254,499.50
So, the manufacturing labor dollars per year is
= $167,400 + $257,377.50 + $254,499.50
= $659,277
Answer:
The future value of the $200 invested yearly for 4 years at 8% is $973.32
Explanation:
The future value of an immediate annuity is given by the formula = (1+r)*[P*((1+r)^n-1)/r]
P=is the periodic payment of $200
r=rate of return=8 percent
n=number of years=4
By slotting the variables into the formula we have:
Fv=(1+0.08)*(200*((1+0.08)^4-1)/0.08)
FV=$973.32
Judging by the concept of time value of money, it is expected that the sum invested at interest would have been much more at maturity of the investment as $1 today should give a lot more than $1 in future.
