Question

The demand for Carolina Industries’ product varies greatly from month to month. Based on the past...

The demand for Carolina Industries’ product varies greatly from month to month. Based on the past two years of data, the following probability distribution shows the company’s monthly demand: Unit Demand Probability 300 0.20, 400 0.30, 500 0.35, 600 0.15

(a) If the company places monthly orders equal to the expected value of the monthly demand, what should Carolina’s monthly order quantity be for this product? Monthly order quantity =

(b) Assume that each unit demanded generates $70 in revenue and that each unit ordered costs $50. How much will the company gain or lose in a month if it places an order based on your answer to part (a) and the actual demand for the item is 300 units? For subtractive or negative number use a minus sign. (Example: -300) $=

(c) What are the variance and standard deviation for the number of units demanded? If required, round your answers to two decimal places. Variance = & Standard deviation =

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
The demand for Carolina Industries’ product varies greatly from month to month. Based on the past...
The demand for Carolina Industries’ product varies greatly from month to month. Based on the past two years of data, the following probability distribution shows the company’s monthly demand: Unit Demand Probability 300 0.20 400 0.30 500 0.35 600 0.15 a. If the company places monthly orders equal to the expected value of the monthly demand, what should Carolina’s monthly order quantity be for this product? b. Assume that each unit demanded generates $70 in revenue and that each unit...
The demand for a product of Carolina Industries varies greatly from month to month. The probability...
The demand for a product of Carolina Industries varies greatly from month to month. The probability distribution in the following table, based on the past two years of data, shows the company's monthly demand. Unit Demand Probability 300 0.20 400 0.25 500 0.35 600 0.20 (a) If the company bases monthly orders on the expected value of the monthly demand, what should Carolina's monthly order quantity be for this product? (b) Assume that each unit demanded generates $70 in revenue...
3) The demand for a product varies from month to month. Based on the past year's...
3) The demand for a product varies from month to month. Based on the past year's data, the following probability distribution shows MNM company's monthly demand. x f(x) Unit Demand Probability 0 .10 1,000 .10 2,000 .30 3,000 .40 4,000 .10 a. Determine the expected number of units demanded per month and the standard deviation
(a)Your mum sells Koko at the kantamanto market. Based on past sales, she is convinced that...
(a)Your mum sells Koko at the kantamanto market. Based on past sales, she is convinced that demand each day could be 200, 250, 300 or 400 of cups of koko. The probability that demand will be 200, 250 or 300 is 0.1, 0.3 and 0.4. What is the number of cups of koko to send to the market tomorrow if your mum is i. risk neutral and plans using expected value approach. ii. a risk lover iii. if your mum...
Q. Daily demand for a product is normally distributed with a mean M= 12 units and...
Q. Daily demand for a product is normally distributed with a mean M= 12 units and standard deviation Q= 4 units. Lead time is 9 days. The order quantity for this item is set at a 12-day supply. a. If a minimum probability of satisfying demand per cycle of 0.80 is desired, what is the reorder point? b. If a fill rate of 9% is desired, what is the reorder point?
The annual demand for a product is 15,900 units. The weekly demand is 306 units with...
The annual demand for a product is 15,900 units. The weekly demand is 306 units with a standard deviation of 80 units. The cost to place an order is $33.50, and the time from ordering to receipt is eight weeks. The annual inventory carrying cost is $0.10 per unit. a. Find the reorder point necessary to provide a 99 percent service probability. (Use Excel's NORMSINV() function to find the correct critical value for the given α-level. Round "z" value to...
A perishable dairy product is ordered daily at a particular supermarket. The product, which costs $1.2...
A perishable dairy product is ordered daily at a particular supermarket. The product, which costs $1.2 per unit, sells for $1.64 per unit. If units are unsold at the end of the day, the supplier takes them back at a rebate of $1 per unit. Assume that daily demand is approximately normally distributed with µ = 145 and σ = 30. Note: Use Appendix B to identify the areas for the standard normal distribution. What is your recommended daily order...
Daily demand for a product is 110 units, with a standard deviation of 20 units. The...
Daily demand for a product is 110 units, with a standard deviation of 20 units. The review period is 5 days and the lead time is 6 days. At the time of review there are 50 units in stock. If 90 percent service probability is desired, how many units should be ordered? (Use Excel's NORMSINV() function to find the correct critical value for the given ?-level. Do not round intermediate calculations. Round "z" value to 2 decimal places and final...
Trexoid Inc. makes a popular video game console. Demand varies each month, with highest demand coming...
Trexoid Inc. makes a popular video game console. Demand varies each month, with highest demand coming in the last quarter of the year. Regular production costs are $250 per unit and inventory carrying cost is $3 per unit per quarter. Overtime production cost is $280 per unit. Assume that the 20 current Trexoid employees can produce a total of 30,000 units per quarter in regular production and can work enough overtime hours to produce the amount required if a chase...
A product with an annual demand of 1100 units has Co = $24.5 and Ch =...
A product with an annual demand of 1100 units has Co = $24.5 and Ch = $7. The demand exhibits some variability such that the lead-time demand follows a normal probability distribution with µ = 30 and σ = 6. What is the recommended order quantity? If required, round your answer to two decimal places. Q* = What are the reorder point and safety stock if the firm desires at most a 3% probability of stock-out on any given order...