Strategy at a ________ level is primarily focused on the products and services provided to customers and on finding ways to deve
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Price elasticity can be calculated using the attached formula where:
the first term represents the % change in quantity and the second term represents the % change in price
% change in quantity = (100-120) / (220/2) = -2/11 x 100 = -18.1818%
% change in price = (7-5) / (12/2) = 33.3333%
price elasticity = 18.1818/33.3333 = 0.55
Note that the price elasticity is usually taken as an absolute value.
the first term represents the % change in quantity and the second term represents the % change in price
% change in quantity = (100-120) / (220/2) = -2/11 x 100 = -18.1818%
% change in price = (7-5) / (12/2) = 33.3333%
price elasticity = 18.1818/33.3333 = 0.55
Note that the price elasticity is usually taken as an absolute value.
Solution :
The optimal order quantity, EOQ =
EOQ =
= 115.47
The expected number of orders =
= 17.32
The daily demand = demand / number of working days
= 8.33
The time between the orders = EOQ / daily demand
= 13.86 days
ROP = ( Daily demand x lead time ) + safety stock
= 76.64
The annual holding cost =
= 207.85
The annual ordering cost =
= 207.85
So the total inventory cost = annual holding cost + annual ordering cost
= 207.85 + 207.85
= 415.7