Exam 4 chapters 6-7 Flashcards

(58 cards)

1
Q

Theory of the firm

A

explanation of how a firm makes cost-minimizing production decisions and how its cost varies with its output

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2
Q

Three steps of production decisions

A
  1. Production technology
  2. Cost constraints
  3. Input choices
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3
Q

Production technology

A

practical way of transforming inputs into outputs

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4
Q

Cost constraints

A

take into account the prices of labor, capital(invested), and other inputs- cost of production

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5
Q

Input choices

A

firm must choose how much of each input to using when producing the output

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6
Q

factors of production

A

inputs into the production process

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7
Q

production function

A

function showing the highest output that a firm can produce for every specified combination of inputs

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8
Q

short run

A

period of time in which quantities of one or more production factors cannot be changed; at least one factor that cannot be varied

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9
Q

fixed input

A

production factor that cannot be varied

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10
Q

long run

A

amount of time needed to make all production inputs variable

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11
Q

average product

A

output per unit of a particular input

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12
Q

marginal product

A

additional output produced as an input is increase by one unit

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13
Q

average product of labor=

A

output/labor input= q/L

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14
Q

marginal product of labor=

A

change in output/ change in labor input= q/L

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15
Q

average product of labor is given by

A

the slope of the line drawn from the orgin to the corresponding point on the total product curve

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16
Q

marginal product of labor at a point is given by

A

the slope of the total product at that point

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17
Q

law of diminishing marginal returns

A

principle that as the use of an input increases with other inputs fixed, the resulting additions to output will eventually decrease

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18
Q

labor productivity

A

average product of labor for an entire industry or for the economy as a whole

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19
Q

stock of capital

A

total amount of capital available for use in production

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20
Q

technological change

A

development of new technologies allowing factors of production to be used more effectively

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21
Q

isoquants

A

curve showing all possible combinations of inputs that yield the same output

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22
Q

isoquant map

A

graph combining a number of isoquants, used to describe a production function

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23
Q

Isoquants show the flexibility that firms have when making production
decisions:

A

They can usually obtain a particular output by substituting one input
for another. It is important for managers to understand the nature of this
flexibility.

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24
Q

marginal rate of technical substitution (MRTS)

A

Amount by
which the quantity of one input can be reduced when one extra unit of another
input is used, so that output remains constant.

25
fixed-proportions production function
Production function with L-shaped isoquants, so that only one combination of labor and capital can be used to produce each level of output
26
The fixed-proportions production function describes situations in which
methods of production are limited
27
returns to scale
Rate at which output increases as inputs are increased proportionately
28
increasing returns to scale
Situation in which output more than doubles when all inputs are doubled
29
constant returns to scale
Situation in which output doubles when all | inputs are doubled
30
decreasing returns to scale
Situation in which output less than doubles | when all inputs are doubled
31
accounting cost
Actual expenses plus depreciation charges for capital equipment
32
economic cost
Cost to a firm of utilizing economic resources in production
33
opportunity cost
Cost associated with opportunities forgone when a firm’s resources are not put to their best alternative use
34
The concept of opportunity cost is particularly useful in situations where
alternatives that are forgone do not reflect monetary outlays
35
economic cost=
opportunity cost
36
sunk cost
Expenditure that has been made and cannot be recovered
37
Because a sunk cost cannot be recovered,
it should not influence the firm’s decisions
38
total cost
Total economic cost of production, consisting | of fixed and variable costs
39
fixed cost
Cost that does not vary with the level of output and that | can be eliminated only by shutting down
40
variable cost
Cost that varies as output varies
41
amortization
Policy of treating a one-time expenditure as an annual cost | spread out over some number of years
42
marginal cost
Increase in cost resulting from the production of one | extra unit of output
43
average total cost
Firm’s total cost divided by its level of output
44
average variable cost
Variable cost divided by the level of output
45
average fixed cost
Fixed cost divided by the level of output
46
user cost of capital
annual cost of owning and using a capital asset equal to economic depreciation plus foregone interest
47
rental rate
cost per year of renting one unit of capital
48
isocost line
graph showing all possible combinations of labor and capital that can be purchased for a given total cost
49
expansion path
curve passing through points of tangency between a firm's isocost lines and its isoquants
50
long-run average cost curve (LAC)
Curve relating average cost of | production to output when all inputs, including capital, are variable
51
short-run average cost curve (SAC)
Curve relating average cost of | production to output when level of capital is fixed
52
long-run marginal cost curve (LMC)
Curve showing the change in longrun total cost as output is increased incrementally by 1 unit
53
economies of scale
Situation in which output can be doubled for less than a doubling of cost
54
diseconomies of scale
Situation in which a doubling of output requires more than a doubling of cost
55
product transformation curve
Curve showing the various combinations of two different outputs (products) that can be produced with a given set of inputs
56
economies of scope
Situation in which joint output of a single firm is greater than output that could be achieved by two different firms when each produces a single product
57
diseconomies of scope
Situation in which joint output of a single firm is less than could be achieved by separate firms when each produces a single product
58
degree of economies of scope (SC)
Percentage of cost savings resulting when two or more products are produced jointly rather than Individually.