Answer:
D. Holding cost per unit per year is dependent on the selling price per unit.
Explanation:
The formulas are shown below:
Economic order quantity:
=
The number of orders would be equal to
= Annual demand ÷ economic order quantity
The average inventory would equal to
= Economic order quantity ÷ 2
The total cost of ordering cost and carrying cost equals to
Ordering cost = Number of orders × ordering cost per order
Carrying cost = average inventory × carrying cost per unit
If in the question, the carrying cost is given in the percentage than the per unit cost is come after multiplying it with the selling price per unit
Answer:
anthropocentrists and ecocentrists
Explanation:
Ecocentrism exposes a love towards nature as a total abstract being; It is related to the Gaia hypotheses. Unlike anthropocentrism, that sensocentrism and that biocentrism, ecocentrism is concerned with preserving ecosystems and species, not preserving the lives of specific individuals.
Ecocentrist environmentalism differs from anthropocentric environmentalism in that the former gives priority to the conservation of species and ecosystems over the conservation of individuals - including human beings - with the latter giving priority to the human being over the conservation of species and ecosystems, defending conservation only for the benefit of humans.
Answer:
Correct option is (a)
Explanation:
Unearned revenue are revenue earned against services that have not been performed yet. In accrual system, revenue is recognized when service is performed against it.
Revenue earned without service being discharged is treated as liability till the period service is performed. It is recognized as income only after service is performed. For example unearned rent revenue is an unearned revenue which is reported as a liability till the rent period for which revenue was received is over.
Answer:
L = 2084.75 W^-0.3
Explanation:
The computation of the demand of the labor is shown below:
At the optimum input
As we know that
MRTS = MPL ÷ MPK = w ÷ r
0.7(K ÷ L)^0.3 ÷ 0.3(L ÷ K)^0.7 = w ÷ 50
7K ÷ 3L = w ÷ 50
K = (3 ÷ 350)wL
Now apply the production function
Q = K^0.3L^0.7
500 = ((3 ÷ 350)wL)^0.3 L^0.7
500 = (3 ÷ 350)^0.3 × w^0.3 × L
L = 2084.75 × w^-0.3.