Answer:
$1,545,000
Explanation:
The formula to compute the cost of the building equal to
Rate of return = (Rental income - expenses) ÷ (cost of building
)
where,
Rate of return = 8%
Rental income equals to
= ($600 × 4 units + $750 × 4 units + $725 × 4 units + $800 × 4 units) × 12 months
= $138,000
Total expense
= $1,200 × 12 month
= $14,400
Now the cost of building would be
8% = ($138,000 - $14,400) ÷ (cost of building
)
8% = $123,600
So, the cost of building equal to $1,545,000
Answer:
Substitutes
Explanation:
The education services at the two universities are substitutes to each other. The cross price elasticity of substitute goods is positive which indicates that as the price of one good increases then as a result the demand for other good increases and if the price of one good decreases then as a result the demand for other good decreases.
Now, if there is an increase in the tuition fees at University A, hence, this will increase the price of educational services at University A. Therefore, this will lead to an increase in the demand for educational services at University B.
Answer: reduced by $80 billion
Explanation:
An expansionary gap is when the actual output is more than the potential output. From the question, we are told that an economy is operating with output $400 billion above its natural level, and fiscal policymakers want to close this expansionary gap and that the central bank agrees to adjust the money supply to hold the interest rate constant, so there is no crowding out.
We are also given the marginal propensity to consume is 4/5, and told that the price level is completely fixed in the short run.
To close the expansionary gap, the government would need to reduce its spending. To solve this, we have to calculate the multiplier. This will be:
Multiplier = 1/(1 - MPC)
= 1/(1 - 4/5)
= 1/1-0.8
= 1/0.2
= 5
Therefore, the government expenditure or spending will be reduced by:
= $400 billion/5
=$80 billion
Answer:
$2,400
Explanation:
The computation of the depreciation expense under the activity-based depreciation method is shown below:
= (Original cost - residual value) ÷ (estimated production units)
= ($12,000 - $4,000) ÷ (20,000 units)
= ($8,000) ÷ (20,000 units)
= $0.4 per unit
Now for the first year, it would be
= Production units in first year × depreciation per unit
= 6,000 units × $0.4
= $2,400
