Economic Order Quantity is the point at which inventory carrying costs are equal to order costs.This model is used to establish optimal inventory levels.This is the quantity of material which can be purchased at minimum costs. While determining EOQ, it is assumed that the cost of managing inventory is made of ordering costs and carrying costs.
Ordering costs are associated with purchasing or ordering of materials.Where as Carrying costs are costs for holding the inventories and these costs will not be incurred if the inventories are not carried.
Following are the assumptions of EOQ. They are:
a. Demand is uniform and known.
b. Carrying cost and ordering cost will be minimum and equal.
c. No cash and quantity discount available.
d. Inventory cost remains constant through out the period.
e. For EOQ calculation the cost used must be marginal costs.
- WHAT ARE THE 4 ASSUMPTIONS ON WHICH ECONOMICORDER QUANTITIES (E.0.0.) ARE BASED?
3. Model assumptions Aa Aa E In a multiple regression model with p independent variables, that is, y-Po + β*1 + assumptions + ßpXp + t, you have the following Assumption 1: The error term ε is a random variable with a mean of zero, that is, E(E)-0 for all values of the independent variables x. Assumption 2: The variance of , denoted by ơ2, is the same for all values of the independent variables xi, X2, , Xp Assumption...
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4) For which of the folling pure chemical substances will sº = 0.0 J/mol.K when T = 25.0°C? a) FeCl(s) b) O2(g) c) O3(g) d) Both b and c e) None of the above b) AS 5) For a particular chemical reaction it is found that the value for the equilibrium constant for the reaction decreases as temperature increases. Based on this we can conclude a) AS rxn <0 0 c) AHºrx<0 d) AHºrx>0 <0 e) AGºran
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4) For which of the folling pure chemical substances will SⓇ = 0.0 J/mol K when T = 25.0°C? a) O2(g) b) Os(g) c) FeCl(s) d) Both a and e) None of the above 5) For a particular chemical reaction it is found that the value for the equilibrium constant for the reaction decreases as temperature increases. Based on this we can conclude a) AH 0 b) AH > 0 c) AS0 d) AS rx > 0 e) AGºrx <...
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