A process can be balanced by moving work away from the _______ to unused capacity elsewhere in the process.

The ending inventory of finished goods for each quarter should equal 20% of the next quarter's budgeted sales in units. The fini

ale4655 [162]

Answer:

Instructions are below.

Explanation:

Giving the following information:

The ending inventory of finished goods for each quarter should equal 20% of the next quarter's budgeted sales in units. The finished goods inventory at the start of the year is 3,600 units.

<u>We weren't provided with enough information to solve the problem. But, I will leave the formula and a small example to guide an answer.</u>

<u></u>

Purchases= sales + desired ending inventory - beginning inventory

For example:

Sales 2nd Quarter= 27,000 units

Sales 3rd Quarter= 45,000 units

Production budget (in units):

Sales= 27,000

Desired ending inventory= (45,000*0.20)= 9,000

Beginning inventory= (3,600)

Total= 32,400 units

5 0

3 years ago

Which form of negligence is defined as performance of an unlawful or improper act?

pickupchik [31]

Which form of negligence is defined as performance of an unlawful or improper act?

The answer to this problem would be misfeasance or nonfeasance.

5 0

3 years ago

You want to have $1,000,000, 25 years from today. Assuming a 7% annual return (which will be compounded monthly), how much do yo

scoundrel [369]

Answer:

Monthly payments = $1,234.54

Explanation:

given data

Future value = $1,000,000

time = 25 year = 25 × 12 = 300 months

rate = 7 % annual = $\frac{0.07}{12}$ = 0.5833% monthly

to find out

Monthly payments

solution

we will apply here future value formula that is express as

Future value = Monthly payments × $\frac{(1+rate)^{time} - 1}{rate}$ ..........1

put here value we get

Future value = Monthly payments × $\frac{(1+rate)^{time} - 1}{rate}$

1,000,000 = Monthly payments × $\frac{(1+0.005833)^{300} - 1}{0.005833}$

solve it we get

Monthly payments = $1,234.54

8 0

3 years ago

You own a bond that pays $64 in interest annually. The face value is $1,000 and the current market price is $1,062.50. The bond

drek231 [11]

Answer:

the yield to maturity of this bond is 5.7%

Explanation:

given data

pays interest annually C = $64

face value F = $1,000

current market price P = $1,062.50

bond matures n = 30 years

solution

we get here yield to maturity that is express as

yield to maturity =

yield to maturity = [C+ (F-P) ÷ n] ÷ [(F+P) ÷ 2 ] .................1

put here value and we get

yield to maturity = $\frac{64+(1000-1062.50)}{11}$ ÷ $\frac{(1,000+1,062.50)}{2}$

yield to maturity = 0.057

so that the yield to maturity of this bond is 5.7%

6 0

2 years ago

Suppose that a large lake in the middle of Minnesota evaporates, leaving more fertile farm land for growing corn available. Assu

densk [106]

Wages would fall as the number of workers available grows. Landowners in Louisiana will earn more rent as the demand for land increases.

<h3>What is the law of demand and supply?</h3>

The law of supply and demand is still in effect:

Wages: when the amount supplied increases, but the quantity required does not, the price falls.

When the quantity required increases without the quantity supplied increasing, the price rises.

Thus, Wages would fall as the number of workers available grows.

For more details about law of demand, click here:

brainly.com/question/14273030

#SPJ1

7 0

2 years ago