Economic Growth and Its Challenges Practice Quiz (26 questions)

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GDP measures the volume of goods and services produced over a specified period. Household wealth, financial trading, and workers’ income are different economic measures.

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Nominal GDP uses current prices, so its increase can reflect higher prices rather than greater production. Real GDP removes this price effect to isolate changes in production volume.

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The growth rate is calculated as $\frac{550-500}{500}\times100=10\%$. The initial value is the denominator, so the increase is measured relative to 500.

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GDP records production but does not adequately account for resource depletion, wealth distribution, or inequalities between countries. Measuring production volume is its central purpose, not a limitation.

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For millennia, GDP and living standards were broadly stagnant before growth accelerated at the beginning of the nineteenth century. The sustained acceleration belongs to the later modern-growth period.

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The modern growth take-off was linked to industrial, agricultural, and demographic transformations, together with changing mentalities. The other combinations do not capture the stated set of associated changes.

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Economic growth can improve material living conditions and contribute to social and demographic development. It does not automatically eliminate inequality or determine every social outcome.

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Factors of production are the resources and means used to produce goods and services, especially labour and fixed capital. Consumption goods, financial claims, and distribution rules serve different economic functions.

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Labour quantity depends partly on activity rates and annual working time, as well as population, migration, employment behaviour, and work-time distribution. Patents, machines, and buildings belong to capital rather than labour quantity.

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Capital includes durable material and intangible assets, such as machines, buildings, patents, and software, used to produce other goods or services. A meal, leisure time, and a tax payment do not perform that productive capital role.

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Adding capital without increasing other production factors eventually leads to diminishing marginal returns, so each additional unit generates a smaller or zero extra gain. This does not mean that capital initially contributes nothing or that labour automatically increases.

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Total factor productivity captures how efficiently labour and capital combine to produce output. It differs from measuring the amount of factors employed, which concerns factor accumulation rather than efficiency.

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Solow showed that increases in labour and capital account for only part of observed growth, leaving an important role for productivity improvements. The finding therefore challenges explanations based on factor accumulation alone.

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Technical progress allows more or better output from the same quantities of labour and capital by improving the productive system. Factor accumulation would instead involve increasing the quantities of those inputs.

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Endogenous growth arises from deliberate decisions by economic agents to create knowledge and build different forms of capital. The main contrast is with growth treated as independent of those economic decisions.

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Endogenous growth relies on physical, technological, human and public capital as sources of sustained expansion. Other types of assets may matter economically but do not constitute the specified combination here.

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Institutions are formal rules and informal conventions that organise interactions, structure behaviour and reduce uncertainty. They are therefore arrangements governing conduct, not measures of capital, skills or technological efficiency.

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Inclusive institutions allow broad participation in economic activity rather than concentrating resources and power among a narrow elite. Elite control is characteristic of extractive institutions, even when some economic activity remains dynamic.

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Technical progress complements workers whose productivity it raises while substituting for workers whose tasks it automates. The effects therefore differ according to the tasks workers perform.

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Technology tends to benefit skilled and non-routine work while making routine tasks more vulnerable to automation, creating uneven employment outcomes. The alternative that routine work gains most reverses this relationship.

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Unequal diffusion can leave some countries specialising in high-value-added activities while others remain concentrated in low-value-added production. This divergence reinforces global polarisation rather than producing uniform convergence.

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A renewable resource can be depleted when extraction exceeds its natural regeneration rate. The fact that it can regenerate does not guarantee that its stock will remain stable under excessive use.

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A negative externality exists when an activity imposes an unpriced cost on other members of society, such as pollution-related health damage. A private cost is instead paid directly by the decision-maker.

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Strong sustainability requires preserving at least a constant stock of natural capital, with particular attention to natural assets essential for ecosystem functioning. The idea of substituting natural capital with other forms of capital belongs to weak sustainability.

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Green innovation combines improvements in economic and human well-being with continued access to essential goods and services supplied by natural resources. A technology that raises output while worsening resource depletion does not meet this definition.

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Electric vehicles can have lower life-cycle carbon dioxide emissions than thermal vehicles, but battery production, energy use, and recycling remain environmental challenges. Lower emissions therefore do not mean that all environmental impacts disappear.