|
|
OTHER THINGS EQUAL: A common assumption used in economic analysis that often goes by the technical Latin term, ceteris paribus. This assumption is used when identifying the relation between two specific variables, such as price and quantity for the law of demand. In so doing, the causal connection between the two variables can be identified. However, economic analysis becomes more interesting and useful when this assumption is relaxed, which makes it possible to examine how these "other things" affect the relation under study.
Visit the GLOSS*arama
|
|
|
|
|
ASSUMPTIONS, KEYNESIAN ECONOMICS The macroeconomic study of Keynesian economics relies on three key assumptions--rigid prices, effective demand, and savings-investment determinants. First, rigid or inflexible prices prevent some markets from achieving equilibrium in the short run. Second, effective demand means that consumption expenditures are based on actual income, not full employment or equilibrium income. Lastly, important savings and investment determinants include income, expectations, and other influences beyond the interest rate. These three assumptions imply that the economy can achieve a short-run equilibrium at less than full-employment production.
Complete Entry | Visit the WEB*pedia |
|
|
PURPLE SMARPHIN
[What's This?]
Today, you are likely to spend a great deal of time at a garage sale hoping to buy either a T-shirt commemorating Thor Heyerdahl's Pacific crossing aboard the Kon-Tiki or a wall poster commemorating the 2000 Olympics. Be on the lookout for mail order catalogs with hidden messages.
Your Complete Scope
This isn't me! What am I?
|
|
|
Lombard Street is London's equivalent of New York's Wall Street.
|
|
|
"Nothing so conclusively proves a man's ability to lead others as what he does from day to day to lead himself." -- Thomas J. Watson, IBM founder
|
|
ARP
Average Revenue Product
|
|
|
Tell us what you think about AmosWEB. Like what you see? Have suggestions for improvements? Let us know. Click the User Feedback link.
User Feedback
|
|
