Answer:
0.76%
Explanation:
Firstly we write out the production function to be
Y = K^0.34L^0.42.
So if we have inputs that are increased by 1%, we will now have a new production function which is
Y = (K + 0.01 of K)^0.34 (L + 0.01 of L)^0.42
We write this in terms of growth rate
The Growth rate of Y = 0.34 x the growth rate of K + 0.42 x the growth rate of L
This gives us the Growth rate of Y = 0.34 x 1% + 0.42 x 1%
= 0.34+0.42
= 0.76%
Orange County, LA, San Francisco, Anaheim
A in the expected future exchange rate increases the demand for u.s. dollars. in the u.s. demand for imports does not change the demand for u.s. dollars.
In economics, demand is the number of goods that consumers are willing to purchase at various prices in a particular location and during a particular period of time. [1] The relationship between price and quantity demanded is also called the demand curve. Demand for a particular item is a function of perceived need, price, perceived quality, convenience, available alternatives, disposable income, buyer preferences, and many other options.
Demand refers to the consumer's willingness to buy and pay for goods and services without hesitation. Simply put, demand is the number of items that customers are willing to purchase at various prices over a period of time.
Learn more about demand here
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Answer:
The customer returned the shirt, because the athlete’s team number was incorrect - Purchasing Department
The concert venue store ran out of packaging supplies - Production Department
The band’s performance was well received in the market due to good promotional schemes - Marketing Department
The budget for the next year included an additional component for promoting improvements to the arena - Finance Department
Explanation:
Got right on plato
Answer:
a. The answer is:762 bottlé.
b. The answer is: 487 bottles.
Explanation:
a. The economic order quantity is calculated as: 
= 
= 762 units because: D = annual demand = Weekly demand x week opening per year = 134 x 52 = 6968; S = Cost per order = 25; H = Holding cost per unit = 15% x purchase price = 15% x 4 = 0.6
b. Inventory level to place order:
With the inventory system providing a 95 percent service probability, z level is 1.64 (using the NORM.S.INV function in excel).
So Inventory level to place order = 134 * 3 + 1.64 * 30 * 3^0.5= 487 bottles.
