I’m pretty sure that it is this:
MLXXXVII
Answer:
<em>Battle of the Forms</em>
Explanation:
<em>Two individuals intending to contract, but offering different form contracts, making it difficult to conclude as to the terms of the contract, or to determine whether a contract existed.</em>
In situations in which separate contracts are generally exchanged on offer and acceptance, the court leaves the court to resolve a battle of the contract in the event of a dispute.
Answer:
48,497.42 containers
Explanation:
<em>The economic order quantity (EOQ) is a model that is used to determine the optimum order size that minimizes the balance of carrying and ordering cost.</em>
T<em>his model can also be modified to determine the optimum batch quantity, that is the number of units to produced in a production run. The model is given below </em>
EOQ = √2× Co× D/Ch
EOQ - economic production run, Co- set up cost per run, Ch- carrying cost per unit per year, D- demand
EOQ = 2 √2× 490× 1,200,000/0.5
EOQ = 48,497.42 containers
Neilsen should produce 48,497.42 containers per production run in order to minimize the production cost
Answer:
d. $ 0.16 per board feet
Explanation:
From the data in the question, the tract of land is to be depreciated based on the usage method of depreciation,
The computations are as follows:
Cost of tract of land $ 1,000,000
Less: Estimated salvage value $ ( 200,000)
Depreciable basis for land $ 800,000
Estimated usage from tract of land 5,000,000 board feet
Depreciation per board feet
Depreciation basis/ estimated usage $ 800,000/ 5,000,000 = $ 0.16 per board feet
