Explicit costs are business expenses that are easily identifiable and can be accounted for.
1) Wages and salaries = 100,000
2) Utilities expenses = 15,000
3) Materials and Supplies = 150,000
4) Gasoline expense = 5,000
100,000 + 15,000 + 150,000 + 5,000 = 270,000 answer is C.
Answer:
20%
Explanation:
Return on assets is a profitability ratio that shows how much in net income a company is able to generate from its assets.
It is a financial measure that shows the net profit a company is able to generate per $1 invested in assets.
Mathematically,
Return on asset = net income/average total asset
= $800,000/$4,000,000
= 0.2
= 20%
This means that the company's management is a to generate a net income of 20 cents for every $1 invested in assets.
Answer:
A) Shortage, B) Fall in Price
Explanation:
A] Market is at equilibrium where - downward sloping Market Demand (inversely related to price), & upward sloping Market Supply (directly related to price) - are equal & these curves intersect each other.
Above condition gives us equilibrium price & quantity.
If market price < equilibrium price, as given case 15 < 20. Then, supply being directly related to price is lesser, demand being inversely related to price is higher. So, there is a situation of excess demand, ie <u>shortage </u>(graphically denoted by distance between demand & supply curve at actual price below equilibrium price)
B] Dealers of hybrid vehicles increase imply increase in supply of these vehicles, rightwards shift in the supply curve. This creates excess supply ie surplus of them. It implies that competition among sellers lead to <u>fall in price </u>of these hybrid vehicles.
Answer:
Utility
Explanation:
In economics satisfaction and pleasure is defined as a utility. When a person drinks water he/she gains utility that is a sense of satisfaction. The most important factor that increases or decreases the demand for a particular commodity is how much utility or satisfaction it provides to the end-user. Overall, the concept was first explained by Jeremy Bentham and John Stuart Mill.
Recovery is saving, that is, releasing immobile,
inoperative, or abandoned equipment from its current location and returning it
to operation or to a repairs site for maintenance. These actions typically
involve towing, lifting, or winching. The answer here is self-recovery. Actions
necessitate using only the equipment’s assets. Self-recovery starts at the place
where the equipment becomes caught up or disabled. The operator or crew uses
the accessible recovery objects to carry out self-recovery.
