Answer:
The correct answer is: Integrator.
Explanation:
An integrator is an individual who becomes the glue between different departments of the organization. Their qualification and skills make them capable of connecting just enough with the required departments and work as a liaison between them.
In the above scenario, the team leaders are hired as integrators , who communicate and form liaison between the computer literate employees and computer illiterate company owners. This addition would enhance effective communication between them and bring about progressive changes in the company.
Answer:
$
Market value of common stocks (6,000 x $25) = 150,000
Market value of preferred stocks (9,000 x $20) = 180,000
Market value of the company 330,000
Proceeds allocated to common stocks
= $150,000/$330,000 x $312,000
= $141,818
The correct answer is B
Explanation:
The market value of the company is the aggregate of market value of common stocks and market value of preferred stocks.The market value of each stock is equal to number of each stock outstanding multiplied by market price per share. Thus, the proceeds allocated to common stock equals the market value of equity divided by market value of the company multiplied by the lump sum.
Answer:Your comprehensive car insurance coverage, also known as other than collision coverage, can help pay the costs of damage to your car for non-accident related claims. ... This insurance helps cover damage up to your car's actual cash value minus any deductible amount
Explanation:
Answer:
b. $0, and $360
Explanation:
It is zero in the first year because it is due by the end of the year So the decrease in interest payable in operating activities would be $ 0 . It accrues but is not paid.
Balance of interest paid at the end of the year 1 would be zero
During the second it maybe paid and interest on it would be $ 360 so decrease in interest payable in operating activities would be $ 360.
Balance of interest paid at the end of the year 2 would be $ 360
Answer:
A. 4500kgs
B. 15.4orders
(c)
The order size should be the economic order quantity which is computed as:
Q = (2.d.K / h)1/2 = sqrt(2*9000*20 / 0.03) = 3464.1 kg
(d)
If Q = 3000 kg,
Total cost of ordering + carrying = (12d/Q) * K + (Q/2) *12h = (12*9000/3000)*20 + (3000/2)*0.03*12 = $1,260
(e)
If Q = EOQ = 3464.1 kg
Total cost of ordering + carrying = (12d/Q) * K + (Q/2) *12h = (12*9000/3464.1)*20 + (3464.1/2)*0.03*12 = $1,247.1
(f)
If Q = 6,500 kg,
Total cost of ordering + carrying = (12d/Q) * K + (Q/2) *12h = (12*9000/6500)*20 + (6500/2)*0.03*12 = $1,502.3
(g)
If Q = 20,000 kg,
Total cost of ordering + carrying = (12d/Q) * K + (Q/2) *12h = (12*9000/20,000)*20 + (20,000/2)*0.03*12 = $3,708
So, per kg cost = 3708 / (9000*12) = $0.034
Explanation: