Question

A store will order q gallons of a liquid product to meet demand during a particular...

A store will order q gallons of a liquid product to
meet demand during a particular time period.
This product can be dispensed to customers in
any amount desired, so demand during the period
is a continuous random variable X with cdf F(x).
There is a fixed cost c0for ordering the product
plus a cost of c1per gallon purchased. The per-
gallon sale price of the product is d. Liquid left
unsold at the end of the time period has a salvage
value of e per gallon. Finally, if demand exceeds
q, there will be a shortage cost for loss of good-
will and future business; this cost is f per gallon
of unfulfilled demand. Show that the value of q
that maximizes expected profit, denoted by q*,
satisfies P(satisfying demand)=F(q*)=(d-c1+f)/(d-e+f)

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. A hardware store sells paint that has a demand of 10,568 gallons per year. The...
1. A hardware store sells paint that has a demand of 10,568 gallons per year. The store purchases the paint from a supplier for 15.0 dollars per gallon The unit holding cost per year is 19 percent of the unit purchase cost. while the ordering cost is 134 dollars per order. The paint supplier has a lead time of 8 days. What is the annual holding cost if the store uses the order quantity of 1,147 gallons per order? Assume...
The weekly demand for propane gas (in 1000s of gallons) from a particular facility is an...
The weekly demand for propane gas (in 1000s of gallons) from a particular facility is an rv X with the following pdf. f(x) = 2 1 − 1 x2      1 ≤ x ≤ 2 0 otherwise (a) Compute the cdf of X. F(x) =     0 x < 1 1 ≤ x ≤ 2     1 2 > x (b) Obtain an expression for the (100p)th percentile. η(p) = What is the value of ? (Round your answer to three decimal...
The weekly demand for propane gas (in 1000s of gallons) from a particular facility is an...
The weekly demand for propane gas (in 1000s of gallons) from a particular facility is an rv X with the following pdf. f(x) = 2 1 − 1 x2      1 ≤ x ≤ 2 0 otherwise (a) Compute the cdf of X. F(x) =     0 x < 1 1 ≤ x ≤ 2     1 2 > x (b) Obtain an expression for the (100p)th percentile. η(p) = What is the value of ? (Round your answer to three decimal...
The short term demand for a product can be approximated by q=D(p) = 200(300−p^2)where p represents...
The short term demand for a product can be approximated by q=D(p) = 200(300−p^2)where p represents the price of the product, in dollars per unit, and q is the quantity of units demanded. (a) Determine the elasticity function E(p). (b) Use the elasticity of demand to find the price which maximizes revenue for this product.
2. Suppose the demand function for a monopolist’s product is given by: Q = 80 –...
2. Suppose the demand function for a monopolist’s product is given by: Q = 80 – 5P (Total marks = 5) and the cost function is given by C = 30 + 2Q + 0.5Q2 A) What is the inverse demand function for this monopoly? B) Calculate the MC. C) Calculate the MR. D) Determine the profit-maximizing price. E) Determine the profit-maximizing quantity. F) How much profit will the monopolist make? G) What is the value of the consumer surplus...
The demand for product Q is given by Q = 136 -.4P and the total cost...
The demand for product Q is given by Q = 136 -.4P and the total cost of Q by: STC = 3000 + 40Q - 5Q^2 + 1/3Q^3 A. Find the price function and then the TR function. See Assignment 3 or 4 for an example. B. Write the MR and MC functions below. Remember: MR = dTR/dQ and MC = dSTC/dQ. See Assignment 5 for a review of derivatives. C.What positive value of Q will maximize total profit?  Remember, letting...
PROBLEM 4 – INCREMENTAL ANALYSIS A.       Hickman Manufacturing produces Product A in batches of 4,000 gallons at...
PROBLEM 4 – INCREMENTAL ANALYSIS A.       Hickman Manufacturing produces Product A in batches of 4,000 gallons at $.90 per gallon. Product A can be sold without further processing for $1.20 per gallon. Product A can be processed further to yield Product B, which can be sold for $1.85 per gallon. Product B requires additional processing costs at $1,650 per batch. Instructions Compute the incremental income or loss from further production of one batch of Product B. B.       Brooks Manufacturers produces can openers....
Donath Corporation manufactures a variety of liquid lawn fertilizers, including a very popular product called Luxury...
Donath Corporation manufactures a variety of liquid lawn fertilizers, including a very popular product called Luxury Green. Data about Luxury Green and Sheen, a major ingredient, follow. Expected operations: Sheen is purchased in 30-gallon drums at a cost of $75 per drum. A 3% cash discount is offered by Sheen's manufacturer for prompt payment of invoices, and Donath takes advantage of all discounts offered. Donath normally purchases 200 drums of Sheen at a time, paying shipping fees of $2,960 per...
Donath Corporation manufactures a variety of liquid lawn fertilizers, including a very popular product called Luxury...
Donath Corporation manufactures a variety of liquid lawn fertilizers, including a very popular product called Luxury Green. Data about Luxury Green and Sheen, a major ingredient, follow. Expected operations: Sheen is purchased in 50-gallon drums at a cost of $65 per drum. A 1% cash discount is offered by Sheen's manufacturer for prompt payment of invoices, and Donath takes advantage of all discounts offered. Donath normally purchases 200 drums of Sheen at a time, paying shipping fees of $2,040 per...
15. A store has an ordering cost of $250, a carrying cost of $4 per unit,...
15. A store has an ordering cost of $250, a carrying cost of $4 per unit, annual product demand of 6,000 units, and it purchases product from a supplier for $500 per unit, however, the supplier has offered the store a discount price of $400 if it will purchase 1,200 units; the store’s minimum total inventory cost is a. $2,407,300 b. $3,607,200 c. $3,464,000 d. $2,987,400 16. If a store has annual demand (365 days per year) of 6,000 units...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT