Answer:
c.154
Explanation:
In a safety stock problem where both demand and lead time are variable, demand averages 150 units per day with a daily standard deviation of 16, and lead time averages 5 days with a standard deviation of 1 day. The standard deviation of demand during lead time is approximately: 154 units
Answer:
b. Suggestion 2
Explanation:
Suggestion 2 will increase the demand for public transportation because private transportation is a substitute. If it is expensier to use private transportation, some people that before used private transportation will start using the public one. Suggestion 1 and 3 will not increase demand (shift the demand curve in the demand and supply graph), they will result in changes in the quantity demanded (movements along the demand curve).
Answer: 45 people
Explanation: 15 x 3 = 45.
A sale is made to every third person. So this can be broken up in multiples of three (with one being the person who buys, and the other 2 are not buying). If you count in multiples of 3, 15 times (ie. 3 x 15)then it will give you 45, indicating that for every 3 people who enter the store, only one actually buys something.
Answer:
Minimum Selling Price = $3
∵ MR = P , MR ≥ MC (for sale). ∴ P ≥ MC
Explanation:
Special Order of 11000 arc printers has been recently received by Zena. Additional (marginal) cost per printer = $3 , needed for new product. Fixed manufacturing cost is constant irrespective of production level.
Price equal to Marginal Cost is the minimum condition for seller (Zen) to sell. As; in case of constant prices, price is equal to Marginal (additional) Revenue per unit sale. And, Marginal Revenue should be more than or at least equal Marginal cost to incentivise sale. If Marginal revenue from increased output unit is less than its marginal cost, the sale of that unit is loss making, & wont be done.