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Material delays have routinely limited production of household sinks to 400 units per day. If the plant efficiency is 80%, what

andreev551 [17]

Answer:

Effective capacity= 500 units

Explanation:

Effective capacity is defined as the maximum amount of product a manufacturing process can complete in a given period. Considering constraints such as delays, quality problems, and material handling.

Effective capacity is dependent on the design of the system. Design capacity is defined as the theoretical capacity of a system based on its design.

Effective capacity is calculated by dividing the actual capacity by efficiency.

Effective capacity= Actual Capacity/ Efficiency

Effective capacity= 400/0.8

Effective capacity= 500 units

5 0

4 years ago

Hardware restoration reports net sales of $50,000. if sales returns and allowances are $10,000 and sales discounts are $1,500, w

Sunny_sXe [5.5K]

The gross sales will be given by:
Gross sales=(net sales)+(sales returns)+(discount)
net sales=$50000-
Return inwards(sales returns)=$ 10000
Discount=$ 1500
Thus;
Gross Sales=50000+10000+1500
=61,500
The answer is B. $61,500

8 0

3 years ago

Workman Software has 8.8 percent coupon bonds on the market with 19 years to maturity. The bonds make semiannual payments and cu

OverLord2011 [107]

Answer:

current yield 8.2089552%

YTM = 8.05%

effective annual yield = 4.92%

Explanation:

(A)

current yield = C/P

coupon payment / market price

8.8/107.2 = 0.082089552 = 8.2089552%

(B)

$P = \frac{C}{2} \times\frac{1-(1+YTM/2)^{-2t} }{YTM/2} + \frac{CP}{(1+YTM/2)^{2t}}$

First par being the present value of the coupon payment and second the redeem of the face value at the end of the bond.

market price 107.2

face value 100

time = 19

rate 8.8%

C = annual coupon payment 100 x 8.8% = 8.8

You solve this using a financial calculation and get the semiannual rate

YTM/2 = 0.040268160

then multiply by 2 to get the annual YTM

0.040268160 x 2 =

YTM = 0.08053632 = 8.05%

(C)

Effective Annual Yield

$(1+HPR)^{365/time} -1 = EAY$

where:

Holding period return:

$\frac{Net \: Return}{Investment} = HPR$

In this case:

coupon payment + redem - investment = net return

8.8 * 19 + 100 - 107.2 = 160

160/107.2 = 1.492537313

Then

$(1+HPR)^{365/time} -1 = EAY$

$(1+1.142537313)^{\frac{365}{19\times365}} -1 = EAY$

EAY = 0.049242509 = 4.9242509%

8 0

4 years ago

Kevin purchases 1,000 shares of Bluebird Corporation stock on October 3, 2020, for $115,000. On December 12, 2020, Kevin purchas

salantis [7]

Answer:a)$195,500 b) $10,735 c)$6,900

Explanation

a)adjusted basis of Kevin’s Bluebird stock on December 31, 2020?

1,000 shares was bought for $115,000

Therefore it was bought at $115 per share

Also

750 shares was bought at $80,500 and therefore bought at 107.33 per share

So in total of 1750 shares, He spent $195,500 ($115,000+ $80,500)

b.On December 12, 2020,he bought shares at 107.33 per share

500 shares would be 500 x $107.33=$53, 665

Therefore, Kevin’s recognized gain or loss from the’ sale of Bluebird stock on March 1, 2021 would be

$64,400- $53, 665 = $10,735

c.Assuming he cannot identify the shares sold, then we can say they are sold on a FIFO ( first in first out) basis. So we would consider the shares bought on October 3, 2020

so we have that

500 x $115=$57,500

$64,400 - $57,500 = $6,900

7 0

3 years ago

A company with $70,000 in current assets and $50,000 in current liabilities pays a $1,000 current liability. As a result of this

Viktor [21]

The question is missing the options and is incomplete. The q=complete question is,

A company with $70,000 in current assets and $50,000 in current liabilities pays a $1,000 current liability. As a result of this transaction, the current ratio and working capital will:

a. both decrease

b. both increase

c. remain the same and decrease, respectively

d. increase and remain the same, respectively

Answer:

The correct answer is option D as the current ratio has increased while the working capital has remained the same.

Explanation:

The current ratio is calculated by dividing the current assets by the current liabilities. The formula for current ratio is,

Current ratio = Current assets / current liabilities

The old current ratio was,

Current ratio = 70000 / 50000 = 1.4

After the transaction, the new current ratio is,

Current ratio = (70000 - 1000) / (50000 - 1000) = 1.408

Thus, as a result of the transaction, the current ratio has increased.

The working capital is the difference between the value of current assets and the value of current liabilities.

The formula to calculate the working capital is,

Working capital = Current assets - Current liabilities

Old working capital = 70000 - 50000 = $20000

The new working capital = 69000 - 49000 = $20000

Thus, the working capital remain unchanged after the transaction.

5 0

3 years ago