Answer:
The optimal stocking level is 45 muffins.
Explanation:
First we have to calculate the Overage cost Co = Purchase price - Salvage value = $0.2 - 0 = $0.2
Then the Underage cost Cu = Selling price - Purchase price =$0.80 - $0.2 = $0.60
Service level = Cu / (Cu + Co) = $0.60/($0.60+$0.2) = $0.75
Hence, optimal stocking level = Minimum demand + Service level *(Maximum demand - Minimum demand)
optimal stocking level = 30 + 0.75*(50-30) = 45
The optimal stocking level is 45 muffins.
Optimal stocking level = 68.75 Muffins
Increase in price due to increase of demand. But that doesn't seem to be an option so I would go with the last option.
Answer:
my baby daddy.
Explanation:
I forgot to take the pill :(
If the price elasticity of demand for a product is -2.5, then a price cut from $2.00 to $1.80 will <u>increase </u>the quantity demanded by about <u>2.5%</u>.
Price elasticity of call for is a measurement of the trade in the intake of a product on the subject of exchange in its price. Expressed mathematically, it's miles: charge Elasticity of demand = percent trade-in quantity Demanded / percentage trade-in rate.
we are saying a great is price elastic whilst growth in prices causes a bigger % fall in demand. e.g. if fee rises 20% and demand falls 50%, the PED = -2.five. Examples consist of Heinz soup.
Learn more about Price elasticity here: brainly.com/question/24384825
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