The number of items
in a product line represents the product line length and the total number of
product lines a company carries represents the product width mix. Product line is a group of products that are related
because they are marketed through the same types of outlets, falls within given
price ranges, functions in a similar manner and are sold to the same customer
groups.
Answer:
$94,500
Explanation:
Given the attached chart and table, we have
Purchased cost of cast-steel centrifugal pump that requires 100kw of power = $45,000
Cost if pump is made of 316 stainless steel = 2.1 * 45,000 = $94,500
Note: see the attached images.
Hope this helps!
Answer:
The production exhibit both scope economics and scale economics. They are not mutually exclusive.
Explanation:
Looking at the scenario critically, we will clearly see the tendency of a scope economics. Scope economics basically hinges on getting a competitive advantage, essentially because of producing in large quantities and numbers. Riverside Ranger logo T-shirts exhibits this as it produce its products in large numbers, producing 1000 pieces of a particular design in 1 hour.
In same breath, we also have the scale economics exhibited by the organization. Taking a deeper look at the cost representation, we will see that the average cost tend to reduce as the production increases. Thus, an economic of scale is achieved here by leveraging on the mass and swift production style of Riverside Rangers logo T-shirts.
Answer:
The 52 of its portfolio should be allocated to the zero-coupon bonds to immunie if there are no other assets funding the plan.
Explanation:
the duration of the perpetuity = (1+YTM)/YTM
= (1+0.04)/0.04
= 26 years
the weights of the bonds = w
5*w + 26*(1-w) = 15
5*w + 26 - 26*w = 15
21*w = 11
w = 0.52
Therefore, The 52 of its portfolio should be allocated to the zero-coupon bonds to immunie if there are no other assets funding the plan.
Answer:
b.112.3 days
Explanation:
The computation of the number of days' sales in inventory for the year is shown below:
Day inventory outstanding = {(Beginning inventory + ending inventory) ÷ 2}÷ cost of goods sold × number of days in a year
= {($200,000 + $140,000) ÷ 2} ÷ ($552,500) × 365 days
= ($170,000) ÷ ($552,500) × 365 days
= 112.3 days
