Given the following probability distribution:

Decisions made during the supply chain design phase regarding significant investments in the supply chain, such as the number an

Mars2501 [29]

Answer:

The correct answer is True.

Explanation:

A good supply chain aims to maximize the profitability of the company while trying to provide the best service in order to obtain a high degree of customer satisfaction. That is why, when planning the design, it must be customer oriented and not only focused on the company.

Steps prior to the design of the supply chain

When designing the supply chain, there are several points to consider in order to obtain a coherent and functional design.

The members that become part of the chain. The first thing to be fixed are the members that are part of the chain, since this will be the guide to go through the rest of the steps. Within this, a subdivision could be carried out, but it is worth mentioning that an agent can be a principal or support agent jointly depending on the work to be done at each moment:
Principal. They are the ones that provide direct value to the product or service.
Of support. They are those members whose function is to provide information or resources to the main members, such as banks.
Structure that forms the chain, that is, all the phases through which a product / service passes in order to be marketed as such. At this point we must try to be as meticulous as possible and always add as much as possible all the phases that are involved, both in manufacturing and in supply.
Processes and flows that are carried out in each of the structures mentioned above.

8 0

3 years ago

Fickel Company has two manufacturing departments—Assembly and Testing & Packaging. The predetermined overhead rates in Assem

Archy [21]

Answer:

Instructions are listed below.

Explanation:

Giving the following information:

The predetermined overhead rates:

Assembly= $22 per direct labor-hour

Testing & Packaging= $18.00 per direct labor-hour

The company’s direct labor wage rate is $24.00 per hour.

Job N-60:

Assembly:

Direct materials $390

Direct labor $228

Testing & Packaging:

Direct materials $45

Direct labor $132

1) To calculate the total manufacturing cost, first, we need to allocate overhead. To do that, we need direct labor hours for each department.

<u>Assembly:</u>

Direct labor hours= 228/24= 9.5

<u>Testing:</u>

Direct labor hour= 132/24= 5.5

Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base

Allocated MOH= 22*9.5 + 18*5.5= $308

Total manufacturing cost= direct material + direct labor + allocated overhead

Total manufacturing cost= (390 + 45) + (228 + 132) + (308)= $1,103

2) Unitary cost= 1,103/10= $110.3

6 0

2 years ago

Institutions specialize in raising money for governments and corporations by issuing securities.

DaniilM [7]

Investment institutions is a specialize in raising money (investment capital) for governments and corporations by issuing securities such as stocks or bonds. People buying a company's securities are buying into a portion of a company and its earnings or income. Investment institutions offers shares or units.

6 0

2 years ago

Read 2 more answers

Bond J has a coupon of 7.6 percent. Bond K has a coupon of 11.6 percent. Both bonds have 12 years to maturity and have a YTM of

elena55 [62]

Answer:

Bond J has a coupon of 7.6%

Bond K has a coupon of 11.6%

12 years to maturity and YTM of 8.2%

first we must determine the current market price of both bonds using the yield to maturity formula:

YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]

YTM = 8.2%
C = coupon payment = $76 and $116
FV = face value or value at maturity = $1,000
PV = present value or current market value = ???
n = 12 years

current market value of Bond J:

0.082 = {76 + [(1,000 - PV) / 12]} / [(1,000 + PV) / 2]

[(1,000 + PV) / 2] x 0.082 = 76 + [(1,000 - PV) / 12]

41 + 0.041PV = 76 + 83.33 - 0.083PV

0.124PV = 118.33

PV = 118.33 / 0.124 = $954.27

current market value of Bond K:

41 + 0.041PV = 116 + 83.33 - 0.083PV

0.124PV = 158.33

PV = 158.33 / 0.124 = $1,276.85

a. If interest rates suddenly rise by 2.2 percent, what is the percentage price change of these bonds?

YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]

YTM = 8.2% + 2.2% = 10.4%
C = coupon payment = $76 and $116
FV = face value or value at maturity = $1,000
PV = present value or current market value = ???
n = 12 years

market value of Bond J:

0.102 = {76 + [(1,000 - PV) / 12]} / [(1,000 + PV) / 2]

[(1,000 + PV) / 2] x 0.102 = 76 + [(1,000 - PV) / 12]

102 + 0.051PV = 76 + 83.33 - 0.083PV

0.134PV = 157.33

PV = 57.33 / 0.134 = $427.84

market value of Bond K:

102 + 0.051PV = 116 + 83.33 - 0.083PV

0.134PV = 97.33

PV = 97.33 / 0.134 = $726.34

Bond J's market price will decrease by ($427.84 - $954.27) / $954.27 = -55.17%

Bond K's market price will decrease by ($726.34 - $1,276.85) / $1,276.85 = -43.11%

b. If interest rates suddenly fall by 2.2 percent, what is the percentage price change of these bonds?

YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]

YTM = 6%
C = coupon payment = $76 and $116
FV = face value or value at maturity = $1,000
PV = present value or current market value = ???
n = 12 years

current market value of Bond J:

0.06 = {76 + [(1,000 - PV) / 12]} / [(1,000 + PV) / 2]

[(1,000 + PV) / 2] x 0.06 = 76 + [(1,000 - PV) / 12]

30 + 0.030PV = 76 + 83.33 - 0.083PV

0.113PV = 129.33

PV = 129.33 / 0.113 = $1,144.51

current market value of Bond K:

30 + 0.030PV = 116 + 83.33 - 0.083PV

0.113PV = 169.33

PV = 169.33 / 0.113 = $1,498.50

Bond J's market price will increase by ($1,144.51 - $954.27) / $954.27 = 19.94%

Bond K's market price will increase by ($1,498.50 - $1,276.85) / $1,276.85 = 17.36%

8 0

2 years ago

Nothing nothing nothing

Bingel [31]

Answer:

woah nothing indeed lol

7 0

2 years ago

Read 2 more answers