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YTM: The common abbreviation for yield to maturity, which is the annual rate of return on a financial asset that is held until maturity. Yield to maturity depends on both the coupon rate and the face or par value paid at maturity. If the selling price of a financial asset is equal to its par value, then the yield to maturity is equal to the current yield and the coupon rate. However, if the asset is selling at a discount, then the yield to maturity exceeds the current yield, which is greater than the coupon rate. And if the asset is selling at a premium, then the yield to maturity is less than the current yield, which is below than the coupon rate.
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DERIVATION, PRODUCTION POSSIBILITIES CURVE: A production possibilities curve, which illustrates the alternative combinations of two goods that an economy can produce with given resources and technology, is often derived from a production possibilities schedule. This derivation involves plotting each bundle from the production possibilities schedule as a point in a diagram measuring the two goods on the vertical and horizontal axes. See also | production possibilities | production possibilities curve | production possibilities schedule | opportunity cost, production possibilities | full employment, production possibilities | unemployment, production possibilities | investment, production possibilities | law of increasing opportunity cost | three questions of allocation | graphical analysis | assumptions, production possibilities | technical efficiency | economic efficiency | opportunity cost | full employment | technology | efficiency | economic goals | economic analysis | seven economic rules | distribution standards | scarcity | factors of production | scientific method | economic thinking | fallacies | production cost | law of diminishing marginal returns | short-run production analysis |
Recommended Citation:DERIVATION, PRODUCTION POSSIBILITIES CURVE, AmosWEB GLOSS*arama, http://www.AmosWEB.com, AmosWEB LLC, 2000-2025. [Accessed: June 16, 2025].
AmosWEB Encyclonomic WEB*pedia:Additional information on this term can be found at: WEB*pedia: derivation, production possibilities curve
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LONG-RUN AVERAGE COST CURVE, DERIVATION The long-run average cost curve is the envelope of an infinite number of short-run average total cost curves, with each short-run average total cost curve tangent to, or just touching, the long-run average cost curve at a single point corresponding to a single output quantity. The key to the derivation of the long-run average cost curve is that each short-run average total cost curve is constructed based on a given amount of the fixed input, usually capital. As such, when the quantity of the fixed input changes, the short-run average total cost curve shifts to a new location.
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GRAY SKITTERY
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Today, you are likely to spend a great deal of time flipping through mail order catalogs hoping to buy either an AC adapter for your CD player or storage boxes for your family photos. Be on the lookout for florescent light bulbs that hum folk songs from the sixties.
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Mark Twain said "I wonder how much it would take to buy soap buble if there was only one in the world."
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"Be kind and merciful. Let no one ever come to you without coming away better and happier." -- Mother Teresa of Calcutta, humanitarian
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AAXICO
American Air Export and Import Company
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