Answer:
Following is the solution for the given problem.
Explanation:
Best order size, EOQ =√2DS/H
EOQ = √2*4700*60/5
EOQ = 336 units.
D = 4700/300 = 15.66.
σ L= √∑σ²
= √3*(5)² = 8.66.
Reorder point, R = D*L+ z σ L
Reorder point, R = 15.66*3 + 1.282*8.66
Reorder point, R = 58 units.
Answer:
The Cost of Goods Sold or COGS for the period was $85000
Explanation:
The cost of goods sold is the value or cost of inventory that has been sold off during the period. The Cost of Goods Sold of COGS can be calculated as follows,
COGS = Opening Inventory + Purchases - Closing Inventory
COGS = 50000 + 75000 - 40000
COGS = $85000
So, the Cost of Goods Sold or COGS for the period was $85000
Answer:
Purchase decision process
Explanation:
A purchase decision process is defined as the thought process that goes into buying a certain product. This thought process include the buyer identifying a need, creating options, seeing different brands and then finally buying the product.
Purchase decision could be either minor or major. Purchasing things like tea, toothpaste, etc require minor decision processes while buying a house or piece of land involves major decision processes.
As in the question, Becky now has to under purchase decision process as to buying soccer cleats for her daughter. This decision will involve buying a brand that won't shrink as a result of weather changes or wear out easily, etc
I hope this helps.
Answer:
A remote company or Telecommuting company
Explanation:
Telecommuting (also known as working from home, or e-commuting) is a work arrangement in which the employee works outside the office, often working from home or a location close to home
Answer:
marginal revenue is -6
and production levels 200, 50
Explanation:
given data
R(x) = 10 x - 0.04 x²
solution
we have given
R(x) = 10 x - 0.04 x²
so here R'(x) is
R'(x) = 10(1) - 0.4 (2x)
R'(x) = 10 - 0.8 x ....................1
so here at x is 20 marginal revenue will be
R'(20) = 10 - 0.8(20)
R'(20) = 10 - 16
R'(20) = - 6
and
when revenue is $400
R(x) = 400
400 = 10 x - 0.04 x²
x= 200, 50
