CUET UG Economics Booster Test 3 - Basic Concepts of Macroeconomics
📌 Answers are locked once submitted — results and explanations appear at the end.
QUESTION 1 OF 20
The sources assert that the economic wealth of a country doesn't necessarily depend on mere possession of natural resources. Which combination of actions represents the fundamental process that generates wealth?
I. Importing goods from other nations
II. Transforming resources through a production process
III. Combining energies with the environment to generate a flow of production
QUESTION 2 OF 20
Arrange the flow of goods through different stages of production as seen in a modern economy, from raw resource to final consumer:
1. Farmer sells raw cotton
2. Textile mill transforms yarn to cloth
3. Spinning mill transforms cotton to yarn
4. Consumer purchases final clothing article
QUESTION 3 OF 20
Assertion (A): Tea leaves used at home for cooking are counted as intermediate goods that add economic value to the active market flow.
Reason (R): Home cooking is considered an active market economic activity.
QUESTION 4 OF 20
Why do intermediate goods highly exaggerate the final value of economic activity if counted separately?
QUESTION 5 OF 20
Match the nature of the good (List 1) with its economic category (List 2):
| List 1 | List 2 |
|---|---|
| 1. Food consumed by an individual | a. Intermediate good |
| 2. Steel sheets used by a car maker | b. Capital good |
| 3. Tools in a factory | c. Consumer durable |
| 4. Home computer used for years | d. Consumption good (non-durable) |
QUESTION 6 OF 20
Capital goods form the crucial backbone of production processes, enabling continuous cycles of production. However, they gradually undergo wear and tear, necessitating _____ over time to maintain the capital stock.
QUESTION 7 OF 20
Consumer durables share a common characteristic with capital goods. What is it?
QUESTION 8 OF 20
A firm invests in a machine with an expected useful life of 20 years. Instead of considering a bulk investment replacement after 20 years, economists calculate an annual cost representing wear and tear. This is known as:
QUESTION 9 OF 20
Which statement best explains why money is used as a common measuring rod for calculating aggregate final goods?
I. Because physical units (like metres of cloth and tonnes of rice) cannot be added together mathematically.
II. Because all commodities are produced for sale, allowing their monetary values to be summed.
QUESTION 10 OF 20
If the value of both the raw cotton grown by a farmer and the cloth made entirely from that same cotton are simply added together to measure output, what statistical error is committed?
QUESTION 11 OF 20
Goods like raw cotton or steel sheets that are used up by other producers as material inputs are technically termed _____.
QUESTION 12 OF 20
Suppose the final value of a car is Rs 500,000. It used steel worth Rs 100,000 and tires worth Rs 50,000. Assuming no other inputs, if you added the value of final output and inputs, you'd get Rs 650,000. This Rs 650,000 represents an exaggerated value due to the failure to:
QUESTION 13 OF 20
Match the concepts (List 1) to their definitions based on time measurement (List 2):
| List 1 | List 2 |
|---|---|
| 1. Stock | a. Defined at a point of time |
| 2. Flow | b. Defined over a period of time |
| 3. Capital | c. Example of stock |
| 4. Net Investment | d. Example of flow |
QUESTION 14 OF 20
Assertion (A): The amount of water in a tank at a particular point of time is a flow concept.
Reason (R): Flows are variables that can only be measured over a delineated time period.
QUESTION 15 OF 20
Annual profits and output are expressed per year because they inherently represent:
QUESTION 16 OF 20
Which of the following statements is considered correct regarding flows?
I. "The average salary of someone is Rs 10,000" is an incomplete statement because it lacks a time period.
II. Inherent in all flow statements is a definite period of time, otherwise they are meaningless.
QUESTION 17 OF 20
QUESTION 18 OF 20
QUESTION 19 OF 20
Arrange the steps to logically derive Net Investment from Total Production of capital goods:
1. Subtract Depreciation
2. Determine Net Investment
3. Identify Gross Investment (total production of capital goods)
4. Assess regular wear and tear of existing capital
QUESTION 20 OF 20
If an economy's Gross Investment includes 100 new machines, and 30 machines were produced purely to replace broken ones (depreciation), what is the exact Net Investment?
Test Complete!
Answer Review
1 The sources assert that the economic wealth of a country doesn't necessarily depend on mere possession of natural resources. Which combination of actions represents the fundamental process that generates wealth?
I. Importing goods from other nations
II. Transforming resources through a production process
III. Combining energies with the environment to generate a flow of production
�� Wealth is generated through production. �� Production transforms resources into goods and services. �� Human effort combined with resources creates a flow of production.
According to NCERT, the economic wealth of a nation depends on how effectively its resources are utilized rather than merely possessing them. Wealth is generated by transforming resources through production and by combining human effort with natural and man-made resources to create a continuous flow of production. Statement I is incorrect because importing goods may supplement domestic supply but is not the fundamental process that generates a nation's economic wealth. Statement II is correct because production transforms inputs into useful goods and services. Statement III is correct because combining human energies with the environment generates production. Therefore, Option D (II and III only) is correct.
- �� Option A → I and II only
- Incorrect because importing goods does not itself generate domestic production.
- �� Option B → I, II, and III
- Incorrect because Statement I does not represent the fundamental production process.
- �� Option C → I and III only
- Incorrect because Statement I is false while Statement II is true.
Used
- Option Grouping
Application:
- Evaluate each statement independently and eliminate options containing the incorrect statement.
Final Logic:
- Only Statements II and III explain the production process that generates wealth; therefore, Option D is correct.
Resources + Labour = Wealth
2 Arrange the flow of goods through different stages of production as seen in a modern economy, from raw resource to final consumer:
1. Farmer sells raw cotton
2. Textile mill transforms yarn to cloth
3. Spinning mill transforms cotton to yarn
4. Consumer purchases final clothing article
�� Production follows a sequential process. �� Each stage provides inputs for the next stage. �� The final consumer purchases the finished product.
The correct production sequence is: The farmer sells raw cotton. The spinning mill converts cotton into yarn. The textile mill converts yarn into cloth. Finally, the consumer purchases the finished clothing article. This represents the logical movement of goods through successive stages of production. Therefore, the correct sequence is: 1 → 3 → 2 → 4 Hence, Option D is correct.
- �� Option A → 1, 2, 3, 4
- Incorrect because cloth cannot be produced before yarn.
- �� Option B → 3, 1, 2, 4
- Incorrect because spinning cannot occur before the farmer supplies cotton.
- �� Option C → 4, 3, 2, 1
- Incorrect because it reverses the production process.
Used
- Contextual/Tonal Matching
Application:
- Arrange the production stages from raw material to final consumption.
Final Logic:
- Raw cotton must be produced before yarn, cloth, and final purchase; therefore, Option D is correct.
Cotton → Yarn → Cloth → Consumer
3 Assertion (A): Tea leaves used at home for cooking are counted as intermediate goods that add economic value to the active market flow.
Reason (R): Home cooking is considered an active market economic activity.
�� Home cooking is a non-market activity. �� Tea leaves used at home are outside the active market production process. �� Both the Assertion and the Reason are incorrect.
The Assertion is false because tea leaves used in home cooking are not treated as intermediate goods contributing to market production in national income accounting. Home cooking is meant for self-consumption and remains outside the active economic flow. The Reason is also false because home cooking is not regarded as a market economic activity since there is no market transaction. Therefore, Option A is correct.
- �� Option B → A true, R false
- Incorrect because the Assertion itself is false.
- �� Option C → Both true, R explains A
- Neither statement is true.
- �� Option D → A false, R true
- The Reason is also false.
Used
- Elimination
Application:
- Evaluate the Assertion and Reason separately using the NCERT definition of economic activity.
Final Logic:
- Both statements contradict NCERT; therefore, Option A is correct.
Home Cooking = Non-Market
4 Why do intermediate goods highly exaggerate the final value of economic activity if counted separately?
�� Intermediate goods are production inputs. �� Their value becomes part of final goods. �� Counting them separately results in double counting.
Intermediate goods are used during production, and their value is incorporated into the value of the final goods. If both intermediate and final goods are counted separately, the same value is counted more than once, leading to double counting and an overestimation of national income. Option A is unrelated to the problem of double counting. Option B incorrectly associates the issue with flow variables. Option C correctly explains why counting intermediate goods separately exaggerates output. Option D is incorrect because intermediate goods are transformed during production. Therefore, Option C is correct.
- �� Option A → Because they have a long lifespan
- Durability is unrelated to double counting.
- �� Option B → Because they represent a flow variable
- The issue is value inclusion, not stock-flow classification.
- �� Option D → Because they are never transformed during production
- Intermediate goods are specifically meant to undergo further transformation.
Used
- Contextual/Tonal Matching
Application:
- Focus on the phrase "exaggerate the final value," which directly relates to double counting.
Final Logic:
- Intermediate goods are already included in final goods; therefore, Option C is correct.
Intermediate Included Inside Final
5 Match the nature of the good (List 1) with its economic category (List 2):
| List 1 | List 2 |
|---|---|
| 1. Food consumed by an individual | a. Intermediate good |
| 2. Steel sheets used by a car maker | b. Capital good |
| 3. Tools in a factory | c. Consumer durable |
| 4. Home computer used for years | d. Consumption good (non-durable) |
�� Food is a non-durable consumption good. �� Steel sheets are intermediate goods. �� Factory tools are capital goods. �� Home computers are consumer durables.
Each item belongs to a different category: Food consumed by an individual → Consumption good (non-durable) Steel sheets used by a car maker → Intermediate good Tools in a factory → Capital good Home computer used for years → Consumer durable Thus, the correct matching is: 1-d, 2-a, 3-b, 4-c Therefore, Option B is correct.
- �� Option A → 1-a, 2-b, 3-c, 4-d
- Incorrectly classifies food as an intermediate good and factory tools as consumer durables.
- �� Option C → 1-c, 2-d, 3-b, 4-a
- Incorrectly classifies food as a consumer durable and steel sheets as consumption goods.
- �� Option D → 1-b, 2-c, 3-a, 4-d
- Incorrectly classifies factory tools as intermediate goods and home computers as non-durable goods.
Used
- Option Grouping
Application:
- Classify each item independently before matching it with the correct category.
Final Logic:
- Each item fits only one NCERT category, giving 1-d, 2-a, 3-b, 4-c; therefore, Option B is correct.
Food–Eat | Steel–Input | Tools–Produce | Computer–Durable
6 Capital goods form the crucial backbone of production processes, enabling continuous cycles of production. However, they gradually undergo wear and tear, necessitating _____ over time to maintain the capital stock.
�� Capital goods depreciate with continuous use. �� Repair and replacement maintain productive capacity. �� These activities preserve the economy's capital stock.
Capital goods such as machinery, factory buildings, and equipment are durable assets that assist production over several years. Due to continuous use, they experience wear and tear (depreciation). To maintain the existing capital stock and ensure uninterrupted production, they must be repaired or gradually replaced. Option A is incorrect because capital goods are not discarded immediately after wear and tear. Option B is incorrect because capital goods are not converted into consumer goods. Option C is incorrect because double counting is an error in national income estimation and has no relation to depreciation. Option D correctly states that repair and gradual replacement maintain capital stock. Therefore, Option D is correct.
- �� Option A → complete elimination
- Capital goods are repaired or replaced gradually rather than eliminated immediately.
- �� Option B → transformation into consumer goods
- Capital goods remain productive assets and are not converted into consumption goods.
- �� Option C → double counting
- Double counting is an accounting error and is unrelated to maintaining capital stock.
Used
- Contextual/Tonal Matching
Application:
- Focus on the phrase "wear and tear", which directly indicates depreciation and replacement.
Final Logic:
- Capital goods require repair or replacement after wear and tear; therefore, Option D is correct.
Wear → Repair → Replace
7 Consumer durables share a common characteristic with capital goods. What is it?
�� Both are durable goods. �� Both provide services over many years. �� Both depreciate gradually through use.
Consumer durables (such as televisions, refrigerators, and home computers) and capital goods (such as factory machines and tools) both have long useful lives and gradually lose value because of wear and tear. Although their purposes differ, they share the characteristic of durability and gradual depreciation. Option A correctly identifies the common feature. Option B is incorrect because only capital goods produce other goods. Option C is incorrect because consumer durables are mainly purchased by households. Option D is incorrect because both categories experience depreciation. Therefore, Option A is correct.
- �� Option B → They are used to produce other commodities.
- Only capital goods perform this function.
- �� Option C → They are exclusively bought by business enterprises.
- Consumer durables are purchased mainly by households.
- �� Option D → They do not suffer from depreciation.
- Both consumer durables and capital goods depreciate over time.
Used
- Odd One Out
Application:
- Identify the feature common to both categories while eliminating characteristics unique to capital goods.
Final Logic:
- The common feature is durability and gradual wear and tear; therefore, Option A is correct.
Durable = Long Life = Depreciates Slowly
8 A firm invests in a machine with an expected useful life of 20 years. Instead of considering a bulk investment replacement after 20 years, economists calculate an annual cost representing wear and tear. This is known as:
�� Machines lose value gradually over time. �� The annual loss in value is depreciation. �� Depreciation is deducted while calculating net investment.
Capital goods such as machinery provide productive services over many years. Their value decreases gradually due to wear and tear, obsolescence, or regular use. Economists estimate this annual reduction in value as depreciation (consumption of fixed capital). Option A is incorrect because net investment is calculated after deducting depreciation. Option B is incorrect because double counting relates to national income estimation. Option C correctly identifies the annual wear and tear cost. Option D is incorrect because inventory accumulation refers to changes in stock of unsold goods. Therefore, Option C is correct.
- �� Option A → Net investment
- Net investment is derived after subtracting depreciation from gross investment.
- �� Option B → Double counting
- This is an accounting error, not the annual loss in value of machinery.
- �� Option D → Inventory accumulation
- Inventory accumulation concerns unsold goods rather than fixed capital.
Used
- Contextual/Tonal Matching
Application:
- The phrase "annual cost representing wear and tear" directly points to depreciation.
Final Logic:
- Annual wear and tear of fixed assets is depreciation; therefore, Option C is correct.
Wear & Tear = Depreciation
9 Which statement best explains why money is used as a common measuring rod for calculating aggregate final goods?
I. Because physical units (like metres of cloth and tonnes of rice) cannot be added together mathematically.
II. Because all commodities are produced for sale, allowing their monetary values to be summed.
�� Different goods have different physical units. �� Money provides a common unit of measurement. �� Not all commodities are produced for sale.
Statement I is correct because goods such as cloth, rice, milk, and automobiles are measured in different physical units. Since these units cannot be added directly, economists use money as the common measuring rod. Statement II is incorrect because not all commodities are produced for sale. For example, goods produced for self-consumption or non-market production are not marketed. National income measures market value of final goods and services, not because every commodity is produced for sale. Therefore, only Statement I is correct, making Option A the correct answer.
- �� Option B → Both I and II
- Incorrect because Statement II is not universally true.
- �� Option C → II only
- Incorrect because Statement I is correct.
- �� Option D → Neither I nor II
- Incorrect because Statement I correctly explains the need for money as a common measuring rod.
Used
- Option Grouping
Application:
- Evaluate each statement independently and eliminate options containing the incorrect statement.
Final Logic:
- Only Statement I correctly explains monetary valuation; therefore, Option A is correct.
Different Units → One Money Value
10 If the value of both the raw cotton grown by a farmer and the cloth made entirely from that same cotton are simply added together to measure output, what statistical error is committed?
�� Raw cotton is an intermediate good. �� Cloth already includes the value of raw cotton. �� Counting both separately duplicates the same value.
The value of raw cotton becomes part of the value of cloth during production. If both the intermediate good (raw cotton) and the final good (cloth) are counted separately, the value of cotton is counted twice. This results in double counting, leading to an overestimation of national income. Option A is incorrect because inventory decumulation refers to a decrease in inventories. Option B is incorrect because depreciation exclusion is unrelated to this issue. Option C is incorrect because the problem is not about stock measurement. Option D correctly identifies the statistical error. Therefore, Option D is correct.
- �� Option A → Inventory decumulation
- This refers to a reduction in inventory levels, not duplication of value.
- �� Option B → Depreciation exclusion
- Depreciation concerns fixed capital, not intermediate goods.
- �� Option C → Stock miscalculation
- The issue is double counting of production value, not stock estimation.
Used
- Contextual/Tonal Matching
Application:
- Recognize that counting both an intermediate and final good together results in duplication.
Final Logic:
- Since the value of cotton is already included in cloth, counting both leads to double counting; therefore, Option D is correct.
Intermediate + Final = Double Counting
11 Goods like raw cotton or steel sheets that are used up by other producers as material inputs are technically termed _____.
�� Intermediate goods are used as inputs in production. �� They undergo further processing before becoming final goods. �� Their value is included in the value of final goods.
Intermediate goods are goods purchased by producers for use in producing other goods and services. Examples include raw cotton used for making yarn and steel sheets used in manufacturing automobiles. Since these goods undergo further transformation before reaching the final consumer, they are classified as intermediate goods. Option A correctly identifies production inputs. Option B is incorrect because consumer durables are purchased by households for long-term use. Option C is incorrect because gross investment refers to the production of capital goods during a year. Option D is incorrect because capital stock refers to the existing stock of capital goods. Therefore, Option A is correct.
- �� Option B → consumer durables
- Consumer durables satisfy household needs directly and are not used as production inputs.
- �� Option C → gross investments
- Gross investment refers to additions to capital goods, not raw materials.
- �� Option D → capital stocks
- Capital stock consists of durable productive assets, not raw materials consumed in production.
Used
- Contextual/Tonal Matching
Application:
- Identify whether the goods are used for further production or for final consumption.
Final Logic:
- Raw cotton and steel sheets are production inputs; therefore, Option A is correct.
Raw Material = Intermediate Good
12 Suppose the final value of a car is Rs 500,000. It used steel worth Rs 100,000 and tires worth Rs 50,000. Assuming no other inputs, if you added the value of final output and inputs, you'd get Rs 650,000. This Rs 650,000 represents an exaggerated value due to the failure to:
�� Steel and tyres are intermediate goods. �� Their value is already included in the car's value. �� Counting them again causes double counting.
The final value of the car (Rs 500,000) already includes the value of steel (Rs 100,000) and tyres (Rs 50,000). Adding these input values separately results in Rs 650,000, which counts the same value more than once. This overestimation occurs because intermediate goods have been counted separately instead of only counting the final good or the value added at each stage. Option A is incorrect because capital goods are unrelated to this calculation. Option B is incorrect because consumer durables are not involved. Option C correctly identifies the failure to avoid double counting. Option D is incorrect because net investment has no connection with this calculation. Therefore, Option C is correct.
- �� Option A → count capital goods.
- Capital goods are not part of this example.
- �� Option B → deduct consumer durables.
- Consumer durables are unrelated to production inputs.
- �� Option D → calculate net investment.
- Net investment concerns capital formation, not national income estimation in this context.
Used
- Substitution
Application:
- Compare the value of the final product with the value obtained after adding intermediate goods separately.
Final Logic:
- Counting both inputs and final output duplicates value; therefore, Option C is correct.
Final Includes Inputs
13 Match the concepts (List 1) to their definitions based on time measurement (List 2):
| List 1 | List 2 |
|---|---|
| 1. Stock | a. Defined at a point of time |
| 2. Flow | b. Defined over a period of time |
| 3. Capital | c. Example of stock |
| 4. Net Investment | d. Example of flow |
�� Stock is measured at a point in time. �� Flow is measured over a period. �� Capital is a stock, while net investment is a flow.
The correct classification is: Stock → Defined at a point of time (a) Flow → Defined over a period of time (b) Capital → Example of a stock (c) Net Investment → Example of a flow (d) Thus, the correct matching is 1-a, 2-b, 3-c, 4-d, making Option B correct.
- �� Option A → 1-b, 2-a, 3-d, 4-c
- Incorrectly reverses the definitions of stock and flow.
- �� Option C → 1-c, 2-d, 3-b, 4-a
- Incorrectly matches definitions with examples.
- �� Option D → 1-d, 2-c, 3-a, 4-b
- Incorrectly classifies stock and flow concepts.
Used
- Option Grouping
Application:
- First identify definitions, then classify examples accordingly.
Final Logic:
- Stock → Point in time; Flow → Period of time; therefore, Option B is correct.
Stock = Snapshot | Flow = Film
14 Assertion (A): The amount of water in a tank at a particular point of time is a flow concept.
Reason (R): Flows are variables that can only be measured over a delineated time period.
�� Water in a tank at one instant is a stock. �� Flow variables require a time period. �� Therefore, the Assertion is false and the Reason is true.
The Assertion is false because the amount of water in a tank at a particular point in time is a stock variable, not a flow variable. The Reason is true because flow variables, such as income, investment, or water flowing per minute, are meaningful only when measured over a specified period. Therefore, Option D is correct.
- �� Option A → Both false
- Incorrect because the Reason is true.
- �� Option B → A true, R false
- Incorrect because the Assertion is false.
- �� Option C → Both true, R explains A
- Incorrect because the Assertion is false.
Used
- Elimination
Application:
- Evaluate the Assertion and Reason independently using the definitions of stock and flow.
Final Logic:
- Assertion is false but Reason is true; therefore, Option D is correct.
Tank = Stock | Tap = Flow
15 Annual profits and output are expressed per year because they inherently represent:
�� Profit and output are measured over time. �� Flow variables require a defined period. �� "Per year" indicates a flow concept.
Annual profits and output represent economic activity occurring during a specified period. Since they are measured over a year, they are classified as flow variables. Without a time period, these concepts are incomplete and meaningless. Option A correctly identifies them as flow variables. Option B is incorrect because stock variables are measured at a point in time. Option C is incorrect because intermediate consumption refers to production inputs. Option D is incorrect because capital stock is measured at a specific point in time. Therefore, Option A is correct.
- �� Option B → Stock variables
- Stock variables are measured at a particular date, not over a year.
- �� Option C → Intermediate consumption
- This refers to goods used up during production, not profits or output.
- �� Option D → Capital stocks
- Capital stock is a stock concept rather than an annual flow.
Used
- Contextual/Tonal Matching
Application:
- Focus on the phrase "per year," which indicates a measurement over time.
Final Logic:
- Variables measured annually are flow variables; therefore, Option A is correct.
Per Year = Flow
16 Which of the following statements is considered correct regarding flows?
I. "The average salary of someone is Rs 10,000" is an incomplete statement because it lacks a time period.
II. Inherent in all flow statements is a definite period of time, otherwise they are meaningless.
�� Flow variables require a specified time period. �� Salary is meaningful only when expressed per day, month, or year. �� Both statements correctly describe flow variables.
Flow variables represent economic activities occurring over a period of time. Therefore, any statement about salary, income, profit, or output must specify a time period such as per month or per year. Statement I is correct because "Rs 10,000" alone is incomplete without specifying the period. Statement II is also correct because every flow variable inherently requires a time dimension. Hence, Option C is correct.
- �� Option A → I only
- Incorrect because Statement II is also true.
- �� Option B → Neither I nor II
- Incorrect because both statements are correct.
- �� Option D → II only
- Incorrect because Statement I is also correct.
Used
- Option Grouping
Application:
- Evaluate each statement independently and identify which are conceptually correct.
Final Logic:
- Both statements correctly explain the nature of flow variables; therefore, Option C is correct.
Flow = Time Required
17
�� Gross investment includes replacement investment. �� Some investment only replaces worn-out capital. �� Only the remaining part increases capital stock.
The passage explains that gross investment consists of all capital goods produced during the year. However, a significant portion of these capital goods is used merely to replace worn-out or depreciated capital. This replacement maintains the existing capital stock rather than increasing it. Therefore, only the remaining portion contributes to net investment. Option A is incorrect because capital goods are examples of stock, while investment is a flow. Option B correctly explains why gross investment is greater than net investment. Option C is unrelated to capital formation. Option D is irrelevant to the concept of investment. Therefore, Option B is correct.
- �� Option A → Because capital goods are flows, not stocks.
- Capital goods themselves are stock assets, whereas investment is the flow.
- �� Option C → Because intermediate goods are not counted.
- Intermediate goods have no relation to the difference between gross and net investment.
- �� Option D → Because consumer durables are more important.
- Consumer durables are unrelated to this concept.
Used
- Contextual/Tonal Matching
Application:
- Focus on the passage phrase "maintaining or replacing part of the existing stock."
Final Logic:
- Replacement investment does not increase capital stock; therefore, Option B is correct.
Replacement ≠ New Addition
18
�� Existing machines are measured at a point in time. �� New machines added during the year are measured over a period. �� Therefore, they represent stock and flow respectively.
The existing machines in a factory are measured at a particular point in time and therefore represent a stock variable. The new machines added during the year represent investment occurring over a specified period and therefore constitute a flow variable. Thus, Existing machines → Stock New machines added during the year → Flow Hence, Option D is correct. Option A reverses the concepts. Option B refers to durability rather than stock and flow. Option C confuses stock-flow classification with investment concepts.
- �� Option A → flow, stock
- This reverses the correct relationship.
- �� Option B → durable, non-durable
- Durability is unrelated to the stock-flow distinction.
- �� Option C → net investment, gross investment
- These are investment concepts rather than stock-flow classifications.
Used
- Option Grouping
Application:
- Identify which variable is measured at a point in time and which is measured over a period.
Final Logic:
- Existing machines are stock, while additions during the year are flow; therefore, Option D is correct.
Existing = Stock | Addition = Flow
19 Arrange the steps to logically derive Net Investment from Total Production of capital goods:
1. Subtract Depreciation
2. Determine Net Investment
3. Identify Gross Investment (total production of capital goods)
4. Assess regular wear and tear of existing capital
�� Begin with gross investment. �� Measure depreciation. �� Subtract depreciation to obtain net investment.
The logical sequence for deriving Net Investment is: 1. Identify Gross Investment (total capital goods produced). 2. Assess depreciation (wear and tear of existing capital). 3. Subtract depreciation from gross investment. 4. Determine Net Investment, which represents the actual addition to capital stock. Therefore, the correct order is: 3 → 4 → 1 → 2 Hence, Option A is correct.
- �� Option B → 1, 2, 3, 4
- Begins by subtracting depreciation before determining gross investment.
- �� Option C → 4, 1, 3, 2
- Starts with depreciation before identifying gross investment.
- �� Option D → 3, 1, 4, 2
- Subtracts depreciation before assessing its value.
Used
- Contextual/Tonal Matching
Application:
- Arrange the steps according to the logical calculation process used in national income accounting.
Final Logic:
- Gross Investment → Depreciation → Subtraction → Net Investment; therefore, Option A is correct.
Gross → Depreciation → Net
20 If an economy's Gross Investment includes 100 new machines, and 30 machines were produced purely to replace broken ones (depreciation), what is the exact Net Investment?
�� Net Investment = Gross Investment − Depreciation. �� Replacement machines do not increase capital stock. �� Only the remaining machines represent new capital formation.
According to the NCERT formula: Net Investment = Gross Investment − Depreciation Given: Gross Investment = 100 machines Replacement (Depreciation) = 30 machines Net Investment = 100 − 30 = 70 machines Therefore, Option C is correct. Option A incorrectly adds depreciation. Option B represents only replacement investment. Option D ignores depreciation.
- �� Option A → 130 machines
- Incorrectly adds depreciation to gross investment.
- �� Option B → 30 machines
- This represents replacement investment, not net investment.
- �� Option D → 100 machines
- Fails to deduct depreciation.
Used
- Substitution
Application:
- Substitute the given values into the NCERT formula for net investment.
Final Logic:
- 100 − 30 = 70 machines; therefore, Option C is correct.
Net = Gross − Replacement
