Answer:
While total utility measures the aggregate satisfaction an individual receives from the consumption of a specific quantity of a good or service, marginal utility is the satisfaction an individual receives from consuming one additional unit of a good or service.
Answer:
professional liability insurance
Explanation:
Professional liability insurance protects businesses (an independent contractor is a one person business) against liability resulting from errors and omissions. It covers any harm caused to a customer as a result of professional service or advice. This type of policy generally covers negligence, copyright infringement, personal injury, etc.
Professional liability insurance is generally purchased by businesses that offer the following services:
- professional service
s
- professional advice
- contractual services
Answer:
$101 million income tax expense
Explanation:
The income tax of HD can be computed by beginning with income tax payable less the increase in deferred tax asset in the year and finally by deducting the portion of current deferred tax asset that cannot be realized as shown below:
Current income tax payable $90 million
increase in deferred tax asset($170-$130) ($40 million)
unrealized deferred tax asset ($170*30%) $51 million
income tax expense in income statement $101 million
The HD income tax expense in income statement in 2021 is $101 million as computed due to the fact that prior payment in tax ha been paid in the year
Answer:
The correct answer is option A.
Explanation:
A market outcome will be considered economically efficient if the marginal benefit earned from the last unit is equal to the marginal cost incurred in the production of the last unit while the economic surplus or the sum of consumer surplus and producer surplus is at maximum.
If the marginal cost and benefit are not equal then the outcome is said to inefficient. It means that either the resources are not being allocated efficiently or the production is not efficient.
Initial price, P₀ = $1.25
Initial demand, Q₀ = 30 million
New price, P₁ = $1.75
New demand, Q₁ = 35 million
By definition, price elasticity is
![\eta = \frac{(Q_{1}-Q_{0})/(Q_{1}+Q_{0})}{(P_{1}-P_{0})/(P_{1}+P_{0})}](https://tex.z-dn.net/?f=%20%5Ceta%20%3D%20%5Cfrac%7B%28Q_%7B1%7D-Q_%7B0%7D%29%2F%28Q_%7B1%7D%2BQ_%7B0%7D%29%7D%7B%28P_%7B1%7D-P_%7B0%7D%29%2F%28P_%7B1%7D%2BP_%7B0%7D%29%7D%20)
η = (5/65)/(0.5/3)
= 0.4615
Answer: η = 0.46 (nearest hundredth)
This means that greater demand makes it possible to increase the price. Usually, this is not the case because lowering the price increases sales.