Answer:
Make decisions that maximize benefits
Explanation:
The whole purpose of a cost-benefit analysis is to allow management to make the best decisions using the measurment of profitability in a specific project or system. The model calculates all the income and benefits as well as all the associated costs, substracting the costs from the benefits. This is how you can determine the opportunity cost for each project or system.
Answer:
420 for chicken per kg and 1150 for goat
meat
Answer:
$450,000
Explanation:
Theodore Enterprises had the following pretax income (loss) over its first three years of operations:
2016 $ 500,000
2017 (900,000 )
2018 1,500,000
For each year there were no deferred income taxes and the tax rate was 30%. In its 2017 tax return, Theodore elected a net operating loss carryback. No valuation account was deemed necessary for the deferred tax asset as of December 31, 2017.
Therefore Theodore's income tax expense for 2018 is 30% x 1,500,000 = $450,000
Loss carry back is when a business elects to net off losses against a previous year's return as opposed to loss carry forward which is the future years' return.
Terms and conditions that the organization states the employee is entitled to upon departure from the organization constitute pay rate.
For a contract to be legally enforceable, it must contain the following elements: agreement (including offer and acceptance), and capacity (or capacity of all parties involved). , mutual consent, consideration, legal purposes, and forms required by law.
All employers employing 100 or more workers are required to submit an Ingredient organization 1 data report to their EEOC annually. Federal contractors and Tier 1 subcontractors with 50 or more employees and $50,000 or more contracts are required to submit only Component 1 data in his report.
The basic elements necessary for a contract to be a legal contract are good care; capacity; and legality.
Learn more about the organization at
brainly.com/question/19334871
#SPJ4
Answer:
Optimal production run= 816 units per run
Explanation:
T<em>he optimal production run is the economic batch units that minimizes the balance of set-up cost and holding cost. It can be determined by adjusting the economic order quantity (EOQ) model for gradual replenishment ,</em>
EBQ = √(2× Co× D)/Ch(1-D/R)
EBQ- Economic /optimal production run
Co- set-up cost per run
Ch- holding cost per unit per annum
D- Annual Supply- 9800× 280
Production rate per day-5000
Optimal production run =
√(2×50× 800×280)/(40×(1-800/5000))
=816.4965809
Optimal production run= 816 units per run
