ECONOMICS Flashcards

1
Q

Engineering economy is that branch of economics which involve the application of definite laws of
economics, theories of investment and business practices to engineering problems involving cost.

A

Arreola

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2
Q

It is also defined to be the study of economic theories and their application to engineering problems
with concept of obtaining the maximum benefit at the least cost as a basis for decision.

A

Arreola

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3
Q

It also involves the study of cost features and other financial data and their application in the field of
engineering as a basis for decision.

A

Arreola

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4
Q

Engineering economics is equated with practicality and economic feasibility. It is also the search for the
recognition of alternatives which are then compared and evaluated in order to come up with the most practical
design and creation.

A

Kasner

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5
Q

An important use of engineering economy is
to seek new objectives for engineering application. Engineers are constantly seeking new and wider
application of their technical knowledge for the benefit of mankind and in line with this, engineering economy
provides basic principles and laws.

A

Seeking new objectives

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6
Q

upon knowing the
objectives, next is to determine ways and means to attain such objectives. With Engineering Economy the
so-called limiting factors which may hinder the success of a project are being discovered.

A

Discovery of factors limiting

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7
Q

– The principles of engineering economy
helps to point out the analysis of choosing the best alternatives on a quantitative basis.

A

Comparison of alternatives

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8
Q

– Engineering economy enables engineers to consider
all aspects of investment from both the technical and financial viewpoints. It provides several patterns of
analysis to determine rate of return, annual costs and pay out periods, which all serves as bases for
decision.

A

Analysis of possible investment

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9
Q

– Engineers‟ main concern is on future actions, that is on
what to do and not on what has been accomplished. Decisions on future actions are more valid and accurate
if the principles of engineering economy are correctly applied.

A

Determination of bases for decision

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10
Q

later part of the
19
th
century made use of engineering economic analysis in building railroads in the U. S. In 1930,

A

Arthur Wellington

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11
Q

published his book, Principles of Engineering Economy, which emphasized on techniques that depended on
financial and actuarial mathematics.

A

Eugene Grant

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12
Q

The choice is among alternatives.

A

Develop the alternatives.

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13
Q

Only the difference in expected outcomes is considered.

A

Focus on the differences.

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14
Q

Prospective outcomes of the alternatives, economic, etc.

should be considered.

A

Use a consistent viewpoint.

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15
Q

Using a common unit of measurement of the possible

outcomes in comparing alternatives.

A

Use a common unit of measure.

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16
Q

Consider both monetary and other unit of measure in

measurement of outcomes.

A

Consider all relevant criteria.

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17
Q

Uncertainty is inherent in projecting future outcomes and

should considered in their analysis and comparison.

A

Make uncertainty explicit.

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18
Q

Projected results and decisions should be compared with actual

results to improve the decision process.

A

Revisit your decisions.

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19
Q

– those that are unaffected by changes in activity level over a feasible range of operations for the
capacity or capability available. (Insurance and taxes on facilities, general management and administrative
salaries, license fees and interest costs of borrowed capital)

A

Fixed cost

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20
Q

are those associated with an operation that vary in relation to changes in quantity of output or
other measures of activity level. For the example, the cost of materials and labor used in a product or service
are variable costs – because they vary with the number of output units even though the costs per unit stay
the same.

A

Variable cost

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21
Q

(incremental revenue) – refers to the additional cost or revenue that will result for increasing
the output of a system by one of more units. This is often quite difficult to determine in practice. Thus, if to
produce 100 units will cost P200, and the total cost for producing 110 units is P215, then the increment cost
for additional 10 units is P15 or 1.50 per unit.

A

Incremental cost

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22
Q

costs that are repetitive and occur where an organization produces similar goods or services
on a continuing basis. Variable cost are also recurring costs, because they repeat with each unit of output.
Fixed cost that is paid on a repeatable basis is a recurring cost (ex. office space rental)

A

Recurring costs

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23
Q

are those that are not repetitive even though the total expenditures maybe cumulative
over a relatively short period of time. Usually it involves the developing or establishing a capability or capacity
to operate.

A

Non-recurring costs

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24
Q

those that can be reasonably measured and allocated to a specific output or work
(Labor and materials).

A

Direct cost

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25
costs that are difficult to attribute or allocate to a specific output. They are costs allocated through a selected formula (such as proportional to direct labor hours or direct materials) to the outputs or work activities (ex. Cost of common tools, general supplies equipment maintenance).
Indirect cost
26
used to mean all expenditures that are not direct cost (administrative, insurance, taxes, electricity, general repairs)
Overhead cost
27
– representation cost per unit of output that are established in advance of actual production or service delivery. They are developed from anticipated direct labor hours, materials and overhead categories. Standard costs play an important role in cost control and other management functions like estimating future manufacturing costs.
Standard cost
28
cost that involves payment of cash.
Cash cost
29
does not involve cash transaction; non-cash. The most common example of book cost is the depreciation. It is included in an analysis for it affects income taxes, which are cash flows.
Book cost
30
is one that has occurred in the past and has no relevance to estimates of future costs and revenues related to an alternative course of action. It represents money which has been invested and which cannot be recovered due to certain reasons. A sunk cost is common to all alternatives and is not part of the future cash flows and can be disregarded in an engineering economic analysis.
Sunk cost
31
– is incurred because of the use of limited resources such that the opportunity to use those resources to monetary advantage in alternative use is foregone. It is the cost of the best rejected opportunity and is often hidden or implied.
Opportunity cost
32
refers to the summation of cost estimates from inception to disposal for both equipment and projects as determined by an analytical study and estimate of total costs experienced during their life. The objective of LCC analysis is to choose the most cost-effective approach from a series of alternatives so the least long-term cost of ownership is achieved.
Life cycle cost
33
– first cost or cost incurred during the acquisition phase. It is the capital required for most of the activities in the acquisition phase.
Investment cost
34
– series of expenditures over an extended period on a large construction project.
Capital investment
35
– refers to the funds required for current assets (equipment, facilities) that are needed for the start-up and support of operational activities.
Working capital
36
– includes many of the recurring annual expense items associated with the operation phase of the life cycle. The direct and indirect costs of operation in five primary resource areas, 1) people 2) machines 3) materials 4) energy 5) information – are major parts of the costs in this category.
Operation and maintenance cost
37
includes those non-recurring costs of shutting down the operation and the retirement and disposal of assets at the end of the life cycle. Ex. Costs associated with personnel, materials.
Disposal cost
38
are those products or services that are directly used by people to satisfy their wants. (Food, clothing, homes, cars, appliances, medical services, etc)
Consumer goods and services
39
are used to produce consumer goods and services or other producer goods. (Machine tools, factory buildings, buses, etc.).
Producer goods and services
40
are those products or services that are required to support human life and activities, that will be purchased in somewhat the same quantity even though the price varies considerably.
Necessities
41
are those products or services that are desired by human and will be purchased if money available after the required necessities have been obtained.
Luxuries
42
is the quantity of a certain commodity that is bought at a certain price at a given place and time. Demand refers to how much (quantity) of a product or service is desired by buyers. The quantity demanded is the amount of a certain product people are willing to buy at a certain price.
Demand
43
The demand for a commodity varies inversely as the price of the commodity, though not proportionately.
Law of Demand
44
is the quantity of a certain commodity that is offered for sale at certain price at a given place and time. It represents how much the market can offer.
Supply
45
the supply of the commodity varies directly as the price of the commodity, though not proportionately.
Law of supply
46
occurs in a situation where a commodity or services is supplied by a number of vendors and there is nothing to prevent additional vendors entering the market. There is no restriction against other vendors from entering the market. Buyers are free to buy from any vendor, and the vendors likewise are free to sell to anyone.
Perfect competition
47
which exist when a unique product or service is available from only a single vendor and that vendor can prevent the entry of all others into the market. Examples of monopolies are the services offered by Meralco electric pants throughout the country, the telephone companies and other public utilities, in which the sole right are being granted by the government.
Perfect monopoly
48
exists when there are so few suppliers of a product or service that action by one will almost inevitable result in similar action by the others. Examples of oligopoly in the Philippines are the oil companies and manufacturers of soft drinks who hold franchises to produce drinks of foreign origin. Any change in price of anyone of them is usually accompanied by a similar change by the other competitors.
Oligopoly
49
The focus of economics is to understand the problem of scarcity: the problem of fulfilling the unlimited wants of humankind with limited and/or scarce resources. Underlying the laws of demand and supply is the concept of utility, which represents the advantage or fulfillment a person receives from consuming a good or service. Utility, then, explains how individuals and economies aim to gain optimal satisfaction in dealing with scarcity.
Utility
50
Usually, the more the person consumes, the larger his or her
total utility
51
additional satisfaction, or amount of utility, gained from each extra unit of consumption.
Marginal utility
52
Because there is a certain threshold of satisfaction, the consumer will no longer receive the same pleasure from consumption once that threshold is crossed.In other words, total utility will increase at a slower pace as an individual increases the quantity consumed.
the law of diminishing marginal utility
53
TR, that will result from a business venture during a given period is the product of the selling price per unit, p, and the number of units sold, D.
The Total revenue,
54
refers to wealth in the form of money or property that can be used to produce more wealth.
Capital
55
“Money makes money”. This is true because if we invest money today, by tomorrow we will have accumulated more money that what we had originally invested. And also if you borrow money today you will have to pay in the future an amount that is larger that what you have originally owed. This change in the amount of money over a given time period is called time value of money”.
The Concept of Time Value of Money
56
is owned by individuals who have invested their money or property in a business project or venture in the hope of receiving a profit and sometimes in exchange for a share of ownership in the company. Equity financing allows a business to obtain funds without incurring debt or having to repay a specific amount of money at a particular time.
Equity capital
57
– also called borrowed capital, is represented by funds borrowed by a business that must be repaid over a period of time, usually with interest. Debt financing can be either short-term, with full repayment due in less than one year, or long-term, with repayment due over a period greater than one year.
Debt Capital
58
measures of how effectively a company uses the money (borrowed or owned) invested in its operations.
Return On Capital
59
is used to indicate the rent paid for the use of money. It is also used to represent the percentage earned by an investment in a productive operation. From the lender's point of view, the interest is the income produced by the money which he has lent. From the borrower's point of view, interest is the amount of money paid for the use of borrowed capital. The percentage of money charge as interest is called as interest rate.
Interest
60
if the interest to be paid is directly proportional to the length of time the amount or principal is borrowed. The principal is the amount of money borrowed or invested.
Simple Interest
61
the difference between total cash coming
Cash flow
62