Answer:
Here we need to find the length of an annuity. We know the interest rate, the PV, and the payments. Using the PVA equation:
PVA =C({1 – [1/(1 +r)t]} /r)
$14,500 = $500{[1 – (1/1.0155)t] / 0.0155}
Now we solve for t:
1/1.0155t = 1 − {[($14,500)/($500)](0.0155)}
1/1.0155t= 0.5505
1.0155t= 1/(0.5505) = 1.817
t = ln 1.817 / ln 1.0155 = 38.83 months
<u>Account will be paid off in 38.83 months.</u>
Deadweight losses occur when the quantity of an output produced is: ... Less than or greater than the competitive equilibrium quantity. Such that the marginal benefit of the output is just equal to the marginal cost.
The term that describes the situation where <em>fixed and variable </em><em>expenses</em><em> are higher than</em> net income is <em>D. dissaving.</em>
Dissaving happens when an individual is spending from either previous savings or borrowing to fund current expenses.
Dissaving is commoner with retirees than those currently employed. But it can also happen to currently-employed persons, whose expenses are more than their incomes. They should find strategies to stop the negative saving. Otherwise, their debts may be overbearing in future.
Thus, dissaving means negative saving or <em>spending more than income.</em>
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Answer:
Explanation:
1.Amount to be paid Annually to fell leasing Company = $10,000.
Incremental rate of borrowing = 11%
Lease Period = 5 yrs.
2. Value of lease equipment as on 1st October 2017 i.e., date of lease.
= 10,000 * (PVOA) = (11* for 5 years)
=10,000 * 3.6959 (using -PVAF table)
= $ 36,959
Factors are used according to the table of PVAF
3.Lease liability as on 31-12-2017
= 10,000 * PVAD (11 * 4 years) [since 4 years in these)
= 10,000 * 3.44371
= $ 34,437.10
Lease liability as on 31st Dec 2018
= 10,000 * PVAD (11% 3 years) (still 3 yrs left as on 31-12 -2018)
= 10,000 * 2.71252 = $ 27,125.20
Answer:
A. That's the point where total revenue is maximized
Explanation:
Demand Curve is a downward sloping curve representing inverse relationship between price & quantity demanded.
Elasticity of Demand is the responsiveness of quantity demanded to price change. It can be measured geometrically on a demand curve point by :
Demand curve segment below the point / Demand curve segment above the point.
This way the elasticity keeps on decreasing as we move downwards on the demand curve [Ed=∞ to Ed >1 to Ed = 1 to Ed < 1 to Ed = 0] i.e [from perfectly elastic to elastic to unitary elastic to inelastic to perfectly inelastic demand].
If Demand is Elastic [Ed >1] : There is negative relationship between price and Total Revenue. This point is on the upper segment of demand curve as per geometric method, P- TR negative relationship implies that TR can be increased by decreasing Price.
If Demand is Inelastic [Ed <1] : There is positive relationship between price &total revenue. This point is on the lower segment of demand curve as per geometric method, P-TR positive relationship implies that TR can be increased by increasing price.
So: The best Total Revenue Maximising point is on the middle of demand curve where demand is unitary elastic [Ed=1] - as any other deviation from this point would create an incentive to change price to generate higher revenue.
