CUET UG Economics Booster Test 3 - Sustainable Development
π Answers are locked once submitted β results and explanations appear at the end.
QUESTION 1 OF 20
Assertion (A): UNCED defined sustainable development as maximizing current consumption regardless of future impacts.
Reason (R): Sustainable development meets the need of the present generation without compromising the ability of the future generation.
QUESTION 2 OF 20
Arrange the concepts regarding sustainability in Our Common Future:
1. Meeting the basic needs of all
2. Redistributing resources
3. Extending opportunities to satisfy aspirations
4. Securing livelihoods that minimize depletion
QUESTION 3 OF 20
Match the concepts to their associated terms:
| List I | List II |
|---|---|
| 1. Basic Needs | a. Quantitative measure of standard of living |
| 2. Educational Services | b. Decreasing it is the specific aim |
| 3. Secure Livelihoods | c. Minimises resource depletion |
| 4. Absolute Poverty | d. Food, energy, water, housing |
QUESTION 4 OF 20
Development to enhance our current living styles, without concern for posterity, will deplete resources at a pace bound to result in __________.
QUESTION 5 OF 20
Identify the correct statement(s) regarding redistributing resources:
I. It is defined merely as an industrial objective.
II. It is considered a moral issue to meet the needs of all.
III. It deliberately decreases standard of living.
QUESTION 6 OF 20
Poverty Reduction Strategy = {Lasting Livelihoods} - {Resource Depletion} - {Cultural Disruption} - \underline{\quad{?}\quad}
QUESTION 7 OF 20
Assertion (A): Edward Barbier's sustainable development involves increasing the material standard of living of the poor.
Reason (R): This can be quantitatively measured by increased income, health care, and sanitation.
QUESTION 8 OF 20
Which of the following must grow to ensure the fulfillment of basic needs?
QUESTION 9 OF 20
Match the following environmental principles:
| List I | List II |
|---|---|
| 1. Natural assets | a. Avoiding imposition on future |
| 2. Ecological system | b. Assets bequeathed to next generation |
| 3. Added costs | c. Conservation |
| 4. Quality of life | d. Preservation of regenerative capacity |
QUESTION 10 OF 20
What vital function must be preserved regarding the world's natural ecological system?
QUESTION 11 OF 20
Assertion (A): Herman Daly states that technological progress should be input efficient.
Reason (R): Input efficient technology always leads to an unchecked increase in human population beyond carrying capacity.
QUESTION 12 OF 20
Herman Daly explicitly warns that human scale grows beyond the carrying capacity when what is missing?
QUESTION 13 OF 20
If the rate of extraction of renewable resources exceeds the rate of regeneration, what is the outcome?
QUESTION 14 OF 20
What defines the limit for the depletion rate of non-renewable resources?
QUESTION 15 OF 20
To achieve sustainable development according to Daly, inefficiencies arising from pollution:
QUESTION 16 OF 20
Assertion (A): Controlling pollution is necessary to correct inefficiencies in sustainable development.
Reason (R): Pollution solely stems from the use of renewable resources on a sustainable basis.
QUESTION 17 OF 20
UNCED states development must meet present needs without compromising the ability of:
QUESTION 18 OF 20
By what specific year were the 17 SDGs intended to be achieved according to UN formulations?
QUESTION 19 OF 20
QUESTION 20 OF 20
Test Complete!
Answer Review
1 Assertion (A): UNCED defined sustainable development as maximizing current consumption regardless of future impacts.
Reason (R): Sustainable development meets the need of the present generation without compromising the ability of the future generation.
Assertion (A) is completely false because the United Nations Conference on Environment and Development (UNCED) defined sustainable development by balancing present use with future security, not maximizing consumption. Reason (R) is true because it correctly states the foundational definition of sustainable development. This makes the Assertion false and the Reason true, pointing directly to Option D.
- Assertion (A) is false because maximizing current consumption regardless of future impacts describes an unsustainable, exploitative economic model rather than sustainable development. Reason (R) is true because it accurately presents the core definition adopted by the UNCED, which emphasizes meeting the needs of the present generation without compromising the ability of future generations to meet their own needs.
- Option A β Incorrect because it wrongly labels the correct definition provided in Reason (R) as false.
- Option B β Incorrect because it treats the false claim about maximizing short-term consumption as true and the true definition as false.
- Option C β Incorrect because it accepts the false assertion as correct, leading to a flawed logical relationship between the statements.
Used: Extreme Word Filter
Application: Notice the extreme phrase in Assertion (A): "...maximizing current consumption regardless of future impacts." This runs completely counter to global environmental policies.
Final Logic: Spotting this claim as false rules out choices A, B, and C, leading directly to Option D.
Sustainability protects the future (A is false); it balances resource use across generations (R is true).
2 Arrange the concepts regarding sustainability in Our Common Future:
1. Meeting the basic needs of all
2. Redistributing resources
3. Extending opportunities to satisfy aspirations
4. Securing livelihoods that minimize depletion
The landmark report Our Common Future establishes a clear structure for human welfare goals. The foundational step requires meeting the basic needs of all people (1). Next, society must expand access by extending opportunities to satisfy aspirations (3). This provides the foundation for safely redistributing resources (2) to reduce poverty. Finally, these structural changes lead to securing livelihoods that minimize depletion (4).
- According to the Brundtland Report (Our Common Future), the operational goals of sustainable development follow a distinct logical path: 1. First, society must secure foundational survival: Meeting the basic needs of all (1). 2. Next, development opportunities must be widened: Extending opportunities to satisfy aspirations (3). 3. This step enables structural equity: Redistributing resources (2). 4. Finally, ensuring these standards worldwide requires long-term protection: Securing livelihoods that minimize depletion (4). This specific sequence corresponds to 1, 3, 2, 4, matching Option C.
- Option A β Incorrect because it opens with minimizing depletion (4) before defining basic physical human needs (1).
- Option B β Incorrect because it prioritizes resource redistribution (2) ahead of securing fundamental survival needs like food and shelter (1).
- Option D β Incorrect because it places higher-level aspirations (3) before foundational survival benchmarks (1).
Used: Elimination
Application: Identify the first operational step in human development: you must meet basic survival needs (1) before addressing higher-level goals.
Final Logic: Only Option C places step 1 first and follows with a logical progression to structural resource distribution (1 \rightarrow 3 \rightarrow 2 \rightarrow 4).
Basic Needs (1) > Opportunities (3) > Resource Redistribution (2) > Minimizing Depletion (4).
3 Match the concepts to their associated terms:
| List I | List II |
|---|---|
| 1. Basic Needs | a. Quantitative measure of standard of living |
| 2. Educational Services | b. Decreasing it is the specific aim |
| 3. Secure Livelihoods | c. Minimises resource depletion |
| 4. Absolute Poverty | d. Food, energy, water, housing |
Basic Needs include foundational items like food, energy, water, and housing (1 > d). Educational Services provide a quantitative measure of the standard of living in development equations (2 > a). Secure Livelihoods help minimize environmental and resource depletion (3 > c). Absolute Poverty is a key challenge, and decreasing it is a specific aim of sustainable development models (4 > b).
- Let's match each concept with its correct analytical partner: Basic Needs match with the essential resources required for human survival: Food, energy, water, housing (1-d). Educational Services function alongside income and health as a quantitative measure of standard of living (2-a). Secure Livelihoods strengthen resource management and minimize resource depletion (3-c). Absolute Poverty represents a critical development barrier, and decreasing it is the specific aim (4-b) of sustainability frameworks. This complete set matches Option B.
- Option A β Incorrect because it matches basic needs directly with quantitative measures of standard of living (1-a).
- Option C β Incorrect because it pairs basic needs with poverty reduction targets (1-b).
- Option D β Incorrect because it connects basic needs to resource depletion minimization targets (1-c).
Used: Option Grouping
Application: Start with the clearest developmental link: Basic needs are explicitly defined as food, energy, water, and housing (1-d).
Final Logic: Looking at the choices, only Option B pairs 1 with d, confirming the correct answer sequence.
Basic Needs = Food & Housing (1 to d); Absolute Poverty = Must be Decreased (4 to b).
4 Development to enhance our current living styles, without concern for posterity, will deplete resources at a pace bound to result in __________.
Consuming resources rapidly to support current lifestyles creates massive environmental pressure. When finite resources are exhausted and ecosystems break down, the raw inputs needed for industry disappear. This means unconstrained consumption leads to both environmental and economic crisis.
- Pursuing short-term economic gains without considering long-term sustainability depletes natural capital stocks. This rapid resource consumption triggers ecosystem collapse and raw material shortages, resulting in both environmental and economic crisis. This highlights that economic stability depends directly on maintaining healthy natural systems.
- Option B β Incorrect because while resource scarcity can encourage invention, unconstrained consumption destroys the economic foundations needed to support technological development.
- Option C β Incorrect because rapid resource depletion causes habitat destruction, which reduces biological diversity.
- Option D β Incorrect because over-extracting finite assets causes resource exhaustion rather than encouraging natural renewal.
Used: Contextual/Tonal Matching
Application: Identify the negative consequence that results from pursuing short-term growth without protecting the environment.
Final Logic: This focus on long-term risks points directly to combined environmental and economic crises (Option A).
Ignoring Posterity = Environmental and Economic Crisis.
5 Identify the correct statement(s) regarding redistributing resources:
I. It is defined merely as an industrial objective.
II. It is considered a moral issue to meet the needs of all.
III. It deliberately decreases standard of living.
Statement I is false because resource distribution is a broad socio-economic and ethical goal rather than a simple industrial objective. Statement II is correct because sustainable development treats resource equity as a moral obligation to meet basic human needs. Statement III is false because better resource distribution aims to raise the living standards of the poor, not lower them.
- Statement I is false because resource distribution focuses on global human equity and poverty reduction rather than a simple industrial goal. Statement II is correct because meeting the needs of all requires shifting resource allocation away from wasteful consumption patterns, making sustainability a moral issue. Statement III is false because resource redistribution works to raise the material standard of living of the poor. Thus, only statement II is correct, matching Option B.
- Option A β Incorrect because it validates the false claims that resource distribution is an industrial objective that lowers living standards.
- Option C β Incorrect because it includes Statement I, which mislabels an ethical, human-centered goal as a simple industrial objective.
- Option D β Incorrect because it treats all statements as correct, overlooking the contradictions in statements I and III.
Used: Elimination
Application: Evaluate the socio-economic goals of sustainability models. Resource distribution works to improve human welfare and raise living standards, making Statement III false.
Final Logic: Eliminating Statement III rules out options A and D, and because Statement I is also incorrect, Option B is left as the only valid choice.
Resource distribution improves human welfare (III is out); it is a moral issue focused on equity (II is in).
6 Poverty Reduction Strategy = {Lasting Livelihoods} - {Resource Depletion} - {Cultural Disruption} - \underline{\quad{?}\quad}
Effective poverty reduction strategies require balanced economic development, healthy ecosystems, and community safety. Negative factors like environmental degradation and community conflict reduce the effectiveness of these strategies. The negative social variable subtracted in this development equation is Social instability.
- Edward Barbier's sustainability framework shows that building a stable society requires minimizing negative environmental and social pressures. This dynamic can be written as: {Poverty Reduction Strategy} = {Lasting Livelihoods} - {Resource Depletion} - {Cultural Disruption} - {Social instability} Subtracting these negative variables shows how environmental degradation and community conflict directly undermine poverty reduction efforts.
- Option A β Incorrect because generating employment is a positive economic indicator that adds to poverty reduction strategies.
- Option B β Incorrect because expanding clean water access is a positive development goal that improves public health.
- Option C β Incorrect because protecting nature's regenerative capacity is a helpful environmental asset rather than a negative pressure.
Used: Contextual/Tonal Matching
Application: Identify the negative social variable that undermines livelihoods and runs counter to poverty reduction efforts.
Final Logic: This focus on community safety and social health points directly to minimizing social instability (Option D).
Poverty Reduction = Good Livelihoods - Environmental Depletion - Cultural Disruption - Social Instability.
7 Assertion (A): Edward Barbier's sustainable development involves increasing the material standard of living of the poor.
Reason (R): This can be quantitatively measured by increased income, health care, and sanitation.
Assertion (A) is correct because Edward Barbier's framework defined sustainable development through a human-centric focus on the poor majority. Reason (R) is correct because his model uses clear data pointsβlike real income growth and health indicatorsβto track these living standards. Since the Reason accurately explains the quantitative basis of the Assertion, Option C is the correct choice.
- Assertion (A) is true because Edward Barbier focused his sustainability framework on human welfare, stating it must be directly concerned with increasing the material standard of living of the poor. Reason (R) is true and provides the direct explanation because his model measures these living standards using clear data points, including income growth, health care access, and sanitation services. This explains why his framework is a practical, measurable economic approach.
- Option A β Incorrect because it rejects both accurate statements regarding Barbier's economic model.
- Option B β Incorrect because it claims that the standard of living metrics listed in the Reason are false.
- Option D β Incorrect because it labels the accurate description of Barbier's core development goals as false.
Used: Contextual/Tonal Matching
Application: Connect Barbier's human welfare goals with the data points used to track progress in his economic model.
Final Logic: The quantitative indicators in the Reason explain how we measure the standard of living goals in the Assertion, confirming Option C.
Barbier focuses on the poor (A is true); he measures their progress using income and health data (R explains A).
8 Which of the following must grow to ensure the fulfillment of basic needs?
Meeting the basic needs of a growing global population requires a steady supply of food, energy, housing, and healthcare. Providing these essential items requires efficient, well-managed production across multiple industries. Therefore, society must encourage cleaner growth in agriculture, manufacturing, power and services.
- Sustainable development does not mean halting economic progress. To meet the basic needs of the world's populationβsuch as food, clean water, housing, energy, and employmentβkey industries like agriculture, manufacturing, power and services must continue to grow. However, this growth must change by adopting cleaner technologies and improving resource efficiency.
- Option B β Incorrect because shutting down manufacturing would create widespread shortages of clothing, building materials, and medical supplies.
- Option C β Incorrect because reversing technological progress would reduce efficiency, making it harder to develop clean energy alternatives.
- Option D β Incorrect because ignoring healthcare and sanitation leads to widespread disease and lowers human welfare.
Used: Extreme Word Filter
Application: Watch out for extreme or anti-development choices like "...halt of all manufacturing" or "...reversal of all technological progress." Sustainability focuses on improving efficiency rather than stopping industrial activity.
Final Logic: Eliminating these extreme choices leaves Option A as the only practical, development-friendly answer.
Meeting Basic Needs = Cleaner, Sustainable Growth in Key Industries.
9 Match the following environmental principles:
| List I | List II |
|---|---|
| 1. Natural assets | a. Avoiding imposition on future |
| 2. Ecological system | b. Assets bequeathed to next generation |
| 3. Added costs | c. Conservation |
| 4. Quality of life | d. Preservation of regenerative capacity |
Natural assets require long-term environmental protection and active conservation (1 > c). The ecological system depends on the preservation of regenerative capacity to keep resources renewing (2 > d). Intergenerational equity means avoiding imposition on future generations through added environmental costs (3 > a). Quality of life focuses on the resource base and assets bequeathed to next generation (4 > b).
- Let's link each environmental concept to its proper management principle: Natural assets (like forests and soils) must be managed through active conservation (1-c). The Ecological system depends directly on the preservation of regenerative capacity (2-d) to keep resources renewing over time. Managing environmental liabilities means avoiding imposition on future (3-a) generations through hidden ecological costs. Maintaining a stable Quality of life means protecting the stock of assets bequeathed to next generation (4-b). This complete set matches Option D.
- Option A β Incorrect because it pairs natural assets directly with cost avoidance metrics instead of conservation goals (1-a).
- Option B β Incorrect because it matches natural assets with broad inheritance targets while linking systems to cost avoidance metrics (1-b, 2-a).
- Option C β Incorrect because it maps natural assets directly to biological regenerative capacity limits (1-d).
Used: Option Grouping
Application: Match the core resource rule: Natural assets must be managed through active conservation (1-c).
Final Logic: Looking at the choices, only Option D pairs 1 with c, which helps confirm the rest of the matching sequence.
Natural Assets = Conservation (1 to c); Added Costs = Avoid Future Liabilities (3 to a).
10 What vital function must be preserved regarding the world's natural ecological system?
Natural ecosystems can replenish and renew resources like clean water, healthy soils, and forests over time. If human consumption outpaces this natural recovery speed, these resources will eventually disappear. Therefore, sustainable resource management requires protecting the environment's regenerative capacity.
- A core rule of environmental sustainability is protecting the regenerative capacity of natural ecosystems. This means our resource extraction must stay within nature's ability to replenish itself, ensuring that forests, water systems, and fisheries can continue to support human life in the future.
- Option A β Incorrect because generating waste causes environmental degradation rather than protecting ecosystem health.
- Option B β Incorrect because absolute depletion rates measure how fast resources are being exhausted, which runs counter to sustainability.
- Option C β Incorrect because increasing vulnerability leaves ecosystems more exposed to disruption and collapse.
Used: Contextual/Tonal Matching
Application: Choose the ecological term that describes nature's ability to renew and replenish its resources over time.
Final Logic: This natural renewal process points directly to regenerative capacity (Option D).
Protecting Ecosystem Health = Preserving Nature's Regenerative Capacity.
11 Assertion (A): Herman Daly states that technological progress should be input efficient.
Reason (R): Input efficient technology always leads to an unchecked increase in human population beyond carrying capacity.
Assertion (A) is correct because Herman Daly stated that technology should focus on producing more output while using fewer raw materials. Reason (R) is completely false because input-efficient technology is designed to reduce resource waste, not drive unchecked population growth. This means the Assertion is true but the Reason is false, matching Option B.
- Assertion (A) is true because Herman Daly stated that to build a sustainable economy, technological progress must be input efficient, meaning it extracts more value from fewer resources. Reason (R) is false because improving resource efficiency does not cause unchecked population growth. In fact, Daly's framework treats population stabilization as a separate, necessary rule for staying within the environment's carrying capacity.
- Option A β Incorrect because it rejects the accurate assertion that Daly supported developing input-efficient technologies.
- Option C β Incorrect because it validates the false claim that resource-efficient technology causes unchecked population growth.
- Option D β Incorrect because it labels Daly's resource efficiency rule as false while accepting the incorrect statement about population growth.
Used: Extreme Word Filter
Application: Look closely at the absolute language in Reason (R): "...always leads to an unchecked increase in human population..." Demographics are driven by complex social and economic factors rather than resource efficiency metrics alone.
Final Logic: Identifying this extreme claim as false points directly to Option B.
Technology should be resource efficient (A is true); efficiency does not cause unchecked population growth (R is false).
12 Herman Daly explicitly warns that human scale grows beyond the carrying capacity when what is missing?
Herman Daly used a shipping analogy to show that an economy cannot expand safely forever. A ship has a marked line on its hull to prevent overloading and keep it from sinking. He argued that without a similar Plimsoll line for the economy, human consumption will grow past the Earth's safety limits.
- Herman Daly used a ship's Plimsoll lineβthe legal load mark on a hullβto illustrate the concept of carrying capacity. He warned that if an economy lacks a clear environmental load limit or Plimsoll line, human consumption will expand beyond the Earth's carrying capacity, overloading resource limits and waste absorption systems.
- Option B β Incorrect because expanding industrial output without environmental checks drives resource depletion rather than preventing it.
- Option C β Incorrect because absolute poverty is a developmental challenge that sustainable development works to reduce rather than encourage.
- Option D β Incorrect because external funding describes financial capital flows rather than the physical safety boundaries of the planet.
Used: Contextual/Tonal Matching
Application: Identify Daly's classic analogy for setting safety limits on resource consumption and economic growth.
Final Logic: This concept of an environmental load limit points directly to the Plimsoll line analogy (Option A).
Setting Safety Limits = Establishing a Plimsoll Line for the Economy.
13 If the rate of extraction of renewable resources exceeds the rate of regeneration, what is the outcome?
Renewable resources need time to naturally replenish and renew themselves. If human harvest rates outpace this natural recovery speed, the total resource base shrinks. Over-extracting resources causes depletion, which represents a deviation from sustainable development.
- Sustainable development requires that human activities stay within the environment's natural boundaries. If the extraction rate of renewable resources (like timber or fish) exceeds their natural rate of regeneration, the resource base will shrink. This over-extraction causes resource depletion, which represents a clear deviation from sustainable development.
- Option A β Incorrect because harvesting resources faster than they can grow back is the exact opposite of sustainable extraction.
- Option B β Incorrect because while over-harvesting can create a temporary boost in resource supply, it destroys long-term natural capital and causes economic losses later.
- Option D β Incorrect because depleting natural resources reduces the environmental assets available to future generations.
Used: Contextual/Tonal Matching
Application: Identify the consequence that results when resource consumption outpaces nature's ability to replenish itself.
Final Logic: This over-extraction breaks the rules of sustainability, pointing directly to a deviation from sustainable development (Option C).
Extracting Faster than Nature Regenerates = Breaking Sustainability Rules.
14 What defines the limit for the depletion rate of non-renewable resources?
Non-renewable resources like fossil fuels have a fixed supply and do not replenish themselves. To prevent running out of these resources, society must develop alternatives as the original supply is used. Therefore, the depletion rate must be balanced against the rate of creation of renewable substitutes.
- Because non-renewable resources have a fixed supply, using them inevitably reduces the amount left for the future. To maintain a stable economy, Herman Daly stated that the rate of depletion of non-renewable resources must be balanced against the rate at which we develop renewable substitutes (such as shifting to solar and wind power as oil reserves decline). This ensures that the total resource base remains steady.
- Option A β Incorrect because matching mineral depletion rates to population growth does not prevent resources from running out.
- Option B β Incorrect because environmental assimilation measures how well ecosystems absorb pollution rather than how fast we replace finite resources.
- Option D β Incorrect because tying depletion rates to input consumption would encourage resource exhaustion rather than sustainability.
Used: Contextual/Tonal Matching
Application: Identify Daly's rule for managing finite, non-renewable resources sustainably over time.
Final Logic: To maintain a steady total resource base, finite inputs must be replaced by alternatives as they are used, pointing directly to Option C.
Using Finite Resources requires Building Renewable Substitutes.
15 To achieve sustainable development according to Daly, inefficiencies arising from pollution:
Pollution represents a waste of raw materials and causes environmental damage. These issues harm public health and lower the efficiency of the economy. Herman Daly stated that these environmental problems must be corrected.
- Herman Daly's sustainability framework focuses on minimizing environmental waste. He argued that inefficiencies from pollution must be actively corrected through better technology, cleaner production methods, and effective regulations. This keeps economic activity within the environment's natural carrying capacity.
- Option B β Incorrect because simply monitoring pollution without fixing the problem allows environmental damage to continue unchecked.
- Option C β Incorrect because industrial waste does not disappear on its own; it requires active management and regulations to clean up.
- Option D β Incorrect because pollution causes expensive problems, including rising healthcare costs and damaged ecosystems, which hurts the long-term economy.
Used: Contextual/Tonal Matching
Application: Choose the action that fits with the environmental management goals of sustainable development.
Final Logic: This focus on reducing waste and environmental damage points directly to correcting pollution problems (Option A).
Daly's Sustainability Rule: Pollution Problems must be Corrected.
16 Assertion (A): Controlling pollution is necessary to correct inefficiencies in sustainable development.
Reason (R): Pollution solely stems from the use of renewable resources on a sustainable basis.
Assertion (A) is correct because reducing pollution fixes economic waste and protects ecosystem health. Reason (R) is completely false because using renewable resources sustainably does not generate severe pollution. In fact, most industrial pollution comes from burning fossil fuels and manufacturing waste. This means the Assertion is true but the Reason is false, matching Option B.
- Assertion (A) is true because a sustainable economy must control pollution to correct economic waste and keep environmental damage within safe limits. Reason (R) is false because using renewable resources sustainably helps reduce environmental pressure. Instead, most industrial pollution stems from burning fossil fuels, improper waste disposal, and inefficient manufacturing processes.
- Option A β Incorrect because it rejects the accurate assertion that controlling pollution helps fix economic waste.
- Option C β Incorrect because it validates the false claim that sustainable resource use is the main cause of industrial pollution.
- Option D β Incorrect because it labels the true statement about controlling pollution as false while accepting the incorrect claim in the reason.
Used: Extreme Word Filter
Application: Spot the extreme word in Reason (R): "...pollution solely stems from the use of renewable resources..." This statement ignores the massive pollution caused by fossil fuels and industrial waste.
Final Logic: Recognizing this absolute claim as false points directly to Option B.
Reducing pollution improves efficiency (A is true); pollution comes from fossil fuels and waste, not sustainable resource use (R is false).
17 UNCED states development must meet present needs without compromising the ability of:
This question tests the core global definition of sustainable development. The framework focuses directly on balancing resource use across generations. This requires protecting the resource base so that the future generation can meet their own needs.
- The United Nations Conference on Environment and Development (UNCED) defined sustainable development as development that meets the needs of the present generation without compromising the ability of future generations to meet their own needs. This classic definition emphasizes intergenerational equity, ensuring current consumption does not destroy the resource base that future generations need to survive.
- Option A β Incorrect because while global equity is important, the official definition focuses on balancing resource use across generations rather than just looking at specific groups of countries.
- Option B β Incorrect because protecting the profits of industrial manufacturers is not the primary goal of sustainability frameworks.
- Option C β Incorrect because the definition focuses on protecting human welfare across generations rather than supporting administrative bodies.
Used: Contextual/Tonal Matching
Application: Match the official UNCED text with its foundational definition of sustainable development.
Final Logic: This intergenerational focus points directly to protecting future generations (Option D).
UNCED Rule = Balancing Present Needs with Future Security.
18 By what specific year were the 17 SDGs intended to be achieved according to UN formulations?
In 2015, United Nations member states adopted a shared blueprint for global sustainability. This framework established 17 interconnected goals to address poverty and protect the planet. The official target timeline for achieving these goals was set for 2030.
- In 2015, the United Nations launched the 2030 Agenda for Sustainable Development, which established 17 Sustainable Development Goals (SDGs). These goals create a global framework for reducing poverty, expanding education access, and protecting ecosystems, with a target achievement date set for the year 2030.
- Option A β Incorrect because 2020 was too early to serve as the target year for a comprehensive 15-year global framework launched in 2015.
- Option B β Incorrect because 2025 does not match the official 15-year timeline established by the United Nations.
- Option D β Incorrect because 2050 represents a long-term target year often used for net-zero carbon goals rather than the 15-year SDG timeline.
Used: Contextual/Tonal Matching
Application: Identify the official target year for the UN Sustainable Development Goals (SDGs).
Final Logic: The UN framework is formally named the 2030 Agenda, which points directly to Option C.
UN SDGs = 17 Goals to be achieved by 2030.
19
This is a factual retrieval question based on the provided passage. The text traces the origins of intergenerational equity principles. The first sentence explicitly attributes this emphasis to the Brundtland Commission.
- The opening sentence of the passage states: "The Brundtland Commission emphasises on protecting the future generation." The text explains that this focus matches the goal of handing over the planet in good order, making Option B the correct choice.
- Option A β Incorrect because while UNCED adopted similar sustainability goals, the passage explicitly attributes this specific focus to the Brundtland Commission.
- Option C β Incorrect because Edward Barbier's framework focuses primarily on standard of living metrics for poverty reduction rather than authoring this specific text.
- Option D β Incorrect because Herman Daly is known for developing specific resource extraction rules rather than leading this commission.
Used: Elimination
Application: Match each option against the text. The passage explicitly mentions the Brundtland Commission in its opening sentence.
Final Logic: This direct match rules out options A, C, and D, confirming Option B as the correct answer.
The passage states that the Brundtland Commission emphasizes protecting future generations.
20
This question translates the final sentence of the passage into a clear mathematical equation. The text states we must leave a stock of assets "no less than what we have inherited". In mathematical terms, "no less than" means greater than or equal to (\ge). This matches the equation in Option A.
- The final sentence of the passage states: "At least we should leave to the next generation a stock of 'quality of life' assets no less than what we have inherited." Translating the phrase "no less than" into mathematical terms gives a greater-than-or-equal-to sign (\ge), which matches the equation: {Stock for Next Generation} \ge {Stock Inherited} This ensures the next generation receives an environmental asset base at least equal to what we received.
- Option B β Incorrect because leaving zero assets would describe a total environmental collapse, violating our caretaker role.
- Option C β Incorrect because leaving fewer assets than we inherited means depleting the environment over time, which violates sustainability principles.
- Option D β Incorrect because equating our entire environmental inheritance with exploited resources ignores conservation goals.
Used: Elimination
Application: Translate the phrase "no less than" into its proper mathematical symbol (\ge).
Final Logic: This translation points directly to Option A, while the other equations describe severe resource depletion.
"No less than" means greater than or equal to (\ge).
