V3 Flashcards
V3 (28 cards)
Productivity
The amount of goods and services produced for each hour of a worker’s time. Determines living standards.
GDP per Capita
Measures income per head: total GDP divided by the population.
GDP per worker is a measure of the income per head of the working population
Physical Capital
Stock of equipment and structures used to produce goods and services. Includes tools and buildings.
Physical capital is a produced factor of production.
It is an input into the production process that in the past was an output from that process.
/worker
Human Capital
Knowledge and skills acquired by workers through education, training, and experience.
Natural Resources
Inputs provided by nature. Can be renewable (forests) or non-renewable (coal).
Technological Knowledge
Understanding of the best ways to produce goods and services.
Production Function
Relationship between inputs (labour, capital, resources) and output. Y = A F(L, K, H, N).
− Y = quantity of output
− A = available production technology
− L = quantity of labour
− K = quantity of physical capital
− H = quantity of human capital
− N = quantity of natural resources
− F( ) is a function that shows how the inputs are combined
* A production function has constant returns to scale if, for any positive number x,
− xY = A F(xL, xK, xH, xN)
* A doubling of all inputs causes the amount of
output to double as well
* Production functions with constant returns to
scale have an interesting implication
* Setting x = 1/L results in:
− Y/L = A F(1, K/L, H/L, N/L)
− Where:
− Y/L = output per worker = labour productivity
− K/L = physical capital per worker
− H/L = human capital per worker
− N/L = natural resources per worker
Solow Growth Model
Explains growth via capital accumulation and population growth. Subject to diminishing returns.
Diminishing Returns
As capital increases, additional output decreases for each additional unit of capital.
Catch-Up Effect
Countries starting with low levels of capital tend to grow faster than those with high levels of capital.
Investment
Creation of new productive assets, like building factories. Increases future productivity.
Saving
Reducing consumption today to invest in future capital.
Foreign Direct Investment
Investment owned and operated by a foreign entity.
Human Capital Investment
Investment in education and training for long-term growth. Each year of schooling raises wages by 10%.
Property Rights
Ability to exercise authority over one’s own resources. Essential for a functioning market.
Free Trade
Encourages economic growth similar to a technological advance. Outward-oriented policies often succeed.
Endogenous Growth Theory
Long-run economic growth results from new knowledge and technology creation.
Steady-State
Point where investment equals depreciation in capital, maintaining constant capital-output ratio.
Population Growth
Impacts labour productivity: stretching resources but promoting technological advances.
Corruption
Hampers growth by undermining property rights and creating instability.
Indexation
When some money amount is automatically corrected for inflation by law or contract,
the amount is said to be indexed for inflation (CPI?).
− Many government transfer payment systems use indexation for the benefits.
The government often also adjusts tax brackets used for income tax in line with inflation.
− There are uses of indexation in the private sector as well.
Many contracts between firms and trade unions include Cost-of-Living Allowances.
Interest Rates
Interest represents a payment in the future for a transfer of money in the past.
Real and Nominal Interest Rates
The nominal interest rate is the interest rate usually reported and not corrected for inflation.
− It is the interest rate that a bank pays.
* The real interest rate is the nominal interest rate that is corrected for the effects of inflation.
* Here is a simple example
− You borrowed €1,000 for one year.
− Nominal interest rate was 15%.
− During the year inflation was 10%.
Real interest rate = Nominal interest rate – Inflation
= 15% - 10% = 5%
Economic Growth
A country’s standard of living depends on its ability to produce goods and services
* Within a country there are large changes in the standard of living over time
− In Switzerland (real) GDP per capita (average income) has grown on average by about 0.8 per cent
per year since 2000
− This means that GDP per capita increased by 21 per cent since 2000
− It implies that GDP per capita doubles roughly every 87 years
* Annual growth rates that seem small become significant when compounded for many years
− If the annual growth rate of Swiss GDP per capita had just been one-tenth of one percent higher
since the start of this century, an average individual would have earned an additional CHF 24,590