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WorksheetsCAF-ECO-3.2
Total questions: 100
Worksheet time: 3hrs 30mins
If TFC = ₹1,200 and output increases from 0 to 20 units, what is AFC at 20 units?
₹60
₹20
₹50
₹15
When output increases, AFC:
First decreases then increases
Always decreases
Always increases
Remains constant
If TC increases from ₹4,500 to ₹4,650 when output rises from 50 to 51 units, MC equals:
₹150
₹3
₹50
₹100
A cost which does not vary with output at all is:
Variable cost
Fixed cost
Marginal cost
Opportunity cost
TFC = ₹1,000; TVC at 3 units = ₹240, at 4 units = ₹300. MC of the 4th unit equals:
₹60
₹100
₹300
₹540
Normal profit is included in:
Explicit cost
Implicit cost
Sunk cost
Replacement cost
Opportunity cost refers to:
Out-of-pocket expenditure
Future costs
Cost of best alternative sacrificed
Total implicit cost only
When MC < AVC, AVC will:
Rise
Fall
Remain constant
Be undefined
AC is minimum only when:
MC > AC
MC < AC
MC = AC
MC is constant
A stair-step cost curve is usually due to:
Division of labour
Batch hiring of supervisors
Increase in fixed cost continuously
Decrease in plant size
Economic cost includes:
Only accounting costs
Only implicit cost
Explicit + Implicit cost
Only normal profit
Variable cost per unit falling initially then rising is due to:
Increasing returns to scale
Constant returns
Law of variable proportions
Diseconomies only
The slope of the TVC curve equals:
TC
MC
TFC
AVC
If TFC = ₹900 and AVC = ₹60 at 30 units, TVC equals:
₹1,800
₹2,700
₹60
₹1,500
The shape of the MC curve is due to:
Law of diminishing returns
Economies of scale
Price of inputs
Linear cost behaviour
When TC = ₹2,000 at 50 units and AC = ₹45, what is TFC?
₹250
₹500
₹750
₹1,000
The long-run AC curve is also called:
Operating curve
Planning curve
Profit curve
Demand curve
Given AC = AVC + AFC. If AC is rising, it implies:
MC < AC
MC > AC
AFC > AVC
AVC is falling
Which cost exists even at zero output?
AC
TFC
TVC
MC
Replacement cost is:
Price paid to acquire a productive asset
Realisable value
Price paid to exchange one asset with another
Costs are sunk
Shut-down cost is:
Avoidable cost
Unavoidable fixed cost
Variable cost
Incremental cost
Semi-variable cost includes:
Only fixed part
Only variable part
Both fixed and variable elements
None
Explicit cost includes:
Owner’s labour not paid
Depreciation
Opportunity cost
Wages to hired employees
Internal economies lead to:
Rising cost
Falling cost
Diseconomies of scale
Rising short-run costs only
MC is derived from:
TFC
TC
AFC
Opportunity cost
If TFC = ₹1,000 and TVC = ₹2,400 with output = 40, ATC equals:
₹85
₹95
₹100
₹50
TC equals TFC plus:
MC
AC
TVC
AVC
AFC never becomes zero because:
TFC is never zero unless the firm shuts down completely
AFC always rises
TC is high
None
If MC equals ATC at 20 units, then ATC is:
Maximum
Minimum
Constant
Falling
When industry expands and cost reduces for all firms, it is called:
Internal economies
External economies
Diseconomies of scale
Short-run fixed cost reduction
Incremental cost refers to:
Past expenditure
Additional cost you incur when you produce one more unit
Zero economic profit
Sunk expenditure
Sunk cost includes:
Future cost
Recoverable cost
Irrecoverable past cost
Variable cost
LAC curve is tangent to SAC curves:
At minimum of each SAC
At planning output
From below
From above
When output is beyond optimum scale:
Diseconomies appear
Constant returns apply
AFC rises
MC always falls
Economies of scale do NOT arise because of:
Technical advantages
Managerial specialization
Financial strength
Scarcity of inputs
When MP declines, MC:
Falls
Rises
Constant
Zero
If TVC = ₹480 for 8 units → AVC =
₹60
₹80
₹40
₹120
A cost directly traceable to a product:
Fixed cost
Direct cost
Social cost
Implicit cost
Social cost = ______?
External cost to the society
Fixed cost
Opportunity cost
Sunk cost
MC = ΔTC / ΔQ is:
Average formula
Differential formula
Ratio formula
Logarithmic
Economies arise till:
LAC constant
LAC falling
LAC rising
MC = AC
If AC = ₹200 at 4 units, TFC = ₹400 → AVC =
₹100
₹200
₹300
₹50
L-shaped LAC represents:
Cost decreases continuously after a stage
Cost increases steeply
Always U-shaped
No economics used
If TFC = ₹700 and AFC = ₹14 → Output =
25
40
50
100
Indirect costs:
Cannot be allocated at all
Benefiting multiple products
Always variable
Always avoidable
If TVC falls when production increases:
Impossible
Increasing returns initially
Diminishing returns
Diseconomies
When output is zero:
TC = TVC
TC = TFC
TC = 0
TFC = TVC
The vertical distance between TC & TVC:
MC
TFC
AFC
AC
Output rises 100→120; TC rises 4,000→4,360 → MC =
₹18
₹30
₹29
₹20
TFC=₹600; TC=₹2,200 at 20 units → AVC =
₹70
₹80
₹40
₹50
MC curve cuts ATC curve at:
Minimum of ATC
Maximum of ATC
Beginning
End
TVC increases at decreasing rate → MC:
Increasing
Decreasing
Zero
Negative
If AFC = ₹50 at 10 units → TFC =
₹500
₹50
₹100
₹25
When SAC falls as plant expands → stage of:
Diseconomies
Economies
Shutdown
Sunk cost
If MC rising → MP:
Rising
Falling
Constant
Zero
Example of incremental cost:
Buying new machine
Insurance premium
Past advertisement
Government tax
If AC > MC:
AC rising
AC falling
AC constant
TFC rising
When LAC rising:
Economies
Diseconomies
Constant returns
Shutdown
If MC = ₹50 and AC = ₹40 → AC:
Rising
Falling
Minimum
Zero
If TVC = ₹300 at 5 units → AVC =
₹60
₹50
₹100
₹75
Outlay cost refers to:
Silent cost
Monetary expenditure
Implicit cost
Variable cost only
If firm produces 0 units → Loss =
TFC
MC
TVC
Price
Which is NOT variable input cost?
Fertilizer cost
Seeds
Interest on loan for building
Casual labour
If MC at 5th = ₹90 and MC of 6th = ₹120 → MP:
Rising
Falling
Constant
Zero
TC 2000 @ 10 units; TFC 800 → AVC =
₹60
₹80
₹120
₹100
Diseconomies of scale due to:
Specialization
Rigidity in operation
Cheap inputs
Bulk buying
Social cost > Private cost due to:
External economies
External diseconomies
Outlay cost
TFC
When MC rising steeply → which stage?
Increasing returns
Diminishing returns
Negative returns
Constant returns
When TVC = 0:
Output must be zero
Output must be large
Shutdown condition
Diseconomies
MC intersects AVC at:
Min of AVC
Max of AVC
Min of AC
Rising AVC only
If AVC falling → MC is:
Above AVC
Below AVC
Equal to AVC
None
AFC is continuous downward curve because:
Output increases
TFC decreases
TVC increases
MC increases
If TFC = ₹450 and TFC remains constant → change in AFC due to:
Change in TC
Change in input price
Change in output
Change in MC only
Sunk cost example:
Prepaid insurance refundable
New capital expenditure
R&D already done
Wages to labour
The LAC is tangent to:
SAC only at min
SAC at various levels
TVC only
MC only
If firm expands beyond SAC optimum:
AC decreases
Cost efficiency lost
AFC rises sharply
MC = 0
TC always:
Starts at Y-axis above 0
Starts at origin
U-shaped
Horizontal straight
Minimum efficient scale refers to:
Minimum output level where LAC minimum
Maximum profit level
Shutdown point
Negative returns
Internal managerial diseconomies arise due to:
Efficient communication
Complexity & bureaucracy
Cheap financing
None
If AFC = ₹5 at 80 units → TFC =
₹400
₹80
₹25
₹500
Social cost includes:
Pollution cost
External cost
Private cost
All
If TC = ₹4,000 and AC = ₹200 → units =
10
20
40
50
If AVC increases → MC:
> AVC
< AVC
Equal to AVC
Null
Which of the following is a characteristic of marginal cost?
It is always higher than average cost
It is constant regardless of output
It decreases as output increases
It can vary with changes in production levels
What happens to average fixed cost (AFC) as output increases?
It increases
It becomes negative
It decreases
It remains constant
Which of the following best describes variable costs?
Costs that do not change with output
Costs that vary directly with the level of production
Costs that are incurred regardless of production levels
Costs that are always fixed in the short run
Which of the following curve is never U shaped?
Average Variable cost
Average Fixed cost
Average Total cost
Total cost
Which of the following statement is not true?
Cost curves are the reflection of production curves
Practically the shape of LAC is 'L' shaped
Shape of AFC is Horizontal to X axis
When Output is zero, TC equals TFC
The Shape of TVC is ______?
Upward slope
Inverted S upward rising curve
S shaped curve
downward sloping
The correct equation among the following is:
TC = TFC + AFC
TFC = TC + TVC
AFC = AVC - ATC
ATC = AFC +AVC
The cost incurred to produce MP is ______
Total cost
ATC
MC
None
When MC takes an immediate jump, ATC continues to fall. This is due to_____
MC > ATC
MC = ATC
MC < ATC
MC = 0
When MC = AVC, which of the following is true?
AVC is minimum
AVC is maximum
AVC is rising
AVC is falling
Which of the following statement is true?
i. The costs which cannot be directly traceable are indirect costs.
ii. Accounting costs are not recorded in the books of accounts.
iii. Economic profits will always be less than Accounting profits.
iv. Fixed cost can be zero.
i, ii, iii
i & iii
ii & iv
ii, iii, iv
Shape of Marginal cost curve is:
W shaped
L shaped
U shaped
Downward
AFC is -
Rectangular hyperbola curve
Decreases with increased output
Both
Only option A
The cost that varies with the level of output is known as:
Fixed cost
Variable cost
Average cost
Marginal cost
If total cost (TC) is ₹1,000 and output is 50 units, what is the average cost (AC)?
₹15
₹30
₹25
₹20
The difference between total cost (TC) and total variable cost (TVC) represents:
Average total cost (ATC)
Fixed cost (FC)
Marginal cost (MC)
Average fixed cost (AFC)
Which of the following statement is true?
i. TVC can be zero
ii. TC = TFC + TVC
iii. TFC remains constant for any level of output
iv. TVC follows law of variable proportion
i, ii
ii, iii, iv
i & iv
i, ii, iii & iv
