Answer:
Option (B) $5,000
Explanation:
Data provided in the question:
Repayment of Loan = $50,000
Interest = 8%
Cash flow Probability
$65,000 70%
$45,000 30%
Tax rate = 0%
Now,
Interest on loan = 8% of $50,000
= $4,000
Expected value of cash flow = ∑[cash flow × Probability ]
= ( 0.7 × $65,000 ) + ( 0.3 × $45,000 )
= $45,500 + $13,500
= $59,000
The owner's expected cash flow after debt service
= Expected value of cash flow - Interest on loan - Repayment of Loan
= $59,000 - $4,000 - $50,000
= $5,000
Hence,
Option (B) $5,000
Answer:
Disposible income.
Marginal propensity to consume.
Disposible income, marginal propensity to consume.
The consumption will increase by $800
Explanation:
The consumption function shows the relationship between consumption spending and disposible income.
The slope of the consumption function is the marginal propensity to consume.
Changes in consumption can be predicted by multiplying the change in disposible income by the marginal propensity to consume.
Given: MPC = 0.80
Disposible income increases by $1,000
consumption increase = 0.80*$1000
= $800
Therefore, The consumption will increase by $800.
The governor of South Dakota reports a budget surplus in 2011 and he states that the government received more taxes in the year than it spent in that year
Explanation:
Budget is the amount that the government plans and spends for the future needs and always the government introduces the budgets in the beginning of the year
Taxes must be paid regularly by the citizens and it is the due responsibility and the report of the taxes paid will be given to the governor an the report will be read and in one such report the governor of Dakota reported that there was a budget surplus the government received more taxes than it spent
Answer:
break-even point (BEP) = 25,000 items
Explanation:
given data
Selling price = $2.50
Fixed costs = $10,000
Variable cost = $2.10
solution
we know that Revenue is sum of Fixed costs and variable costs
so we use here contribution margin method that is
Contribution margin = $ 2.50 - $ 2.10
Contribution margin = $ 0.4
so
break-even point (BEP) for the valve is here
break-even point (BEP) = fixed cost ÷ Contribution margin ...................1
put here value
break-even point (BEP) = 
break-even point (BEP) = 25,000 items
