A graph showing the demand for a product at different price points.
The graph of quantity demanded as a function of price, normally downward sloping, straight or curved, and drawn with quantity on the horizontal axis and price on the vertical axis. Demand curves for imports and for foreign exchange usually have the same qualitative properties as demand curves for goods, but for somewhat different reasons.
the graphical representation of the demand function. The demand function relates price and quantity demanded. It tells how many units of a good will be purchased at different prices. In general, at higher prices, less will be purchased, so demand curves slope downward. The market demand function is calculated by adding up all of the individual consumers' demand functions.
The functional relationship between price at different levels and quantity (or demand) that describes consumer behavior in a marketplace. In the graphical illustration below, we distinguish between lost revenue opportunity in the No Revenue and Revenue Management cases. Total revenue is measured based on the yellow area to the left of the demand curve. In this case, the sum of the revenue (price * demand quantity) in the three triangles under the Revenue Management demand curve is less than the revenue lost in the single triangle under the No Revenue Management demand curve.
a graph of a demand schedule that measures price on the vertical axis and quantity demanded on the horizontal axis
A graphic representation of the relationship between prices and the corresponding quantities demanded per time period.
a graphical depiction of the law of demand
a graphical representation of the data in table with values of demand called a demand schedule
a graph with a negative slope that lies in
a useful graph that can summarize several of the more important aspects of demand
(Hackett, 1998, chapter 3). A graphical representation of the inverse relationship between price and quantity demanded. Points along a demand curve represent buyer willingness-to-pay values.
A curve showing the quantity of a product demanded at each price.
A graph of the relationship between the quantity demanded of a good and its price when all other influences on buying plans remain the same. (p. 82)
Graph showing how many units of a product will be demanded (bought) at different prices.
A graph showing the relationship between the quantity demanded of a product and its price, holding everything else constant.
A curve showing the quantity of a commodity demanded at various possible prices, other things constant.
A graphic illustration of the relationship between price and the quantity of a good or service that buyers will consider.
A demand curve shows the quantity of some commodity that buyers would purchase at various prices that might be charged per unit. It is convenient to refer to the extent of reaction. As the reactants are consumed and the products are produced, their concentrations change. If the initial concentrations of A, B, P and Q are [A], [B], [P] and [Q], resp., then the extent of reaction is defined: = -([A]-[A]0)/na = -([B] - [B]0)/nb = ([P]-[P]0)/np = ([Q]-[Q]0)/nq. Alternately, each species concentration is a function of the extent of reaction: [A] = [A]0 - na, etc.
a graph of demand showing the downward-sloping relationship between price and quantity demanded.
the relationship between quantity demanded of a good and the price, whether for an individual or for the market (all individuals) as a whole
A graphic description of the relationship between price and quantity demanded in a market, assuming that all other factors stay the same. Quantity demanded of a product is measured on the horizontal axis for an array of different prices measured on the vertical axis.
A demand curve is a curve that shows the relationship between the quantity demanded of a good and its price when all other influences on consumers' planned purchases remain the same. It is based on the demand schedule of prices and quantities demanded.
A graph of the quantity of products expected to be sold at various prices, if other factors remain constant. p. 590
A mathematical curve, drawn on a graph, that represents what the demand for a commodity would be if its price ranged anywhere from zero to infinity.
In economics, the demand curve can be defined as the graph depicting the relationship between the price of a certain commodity, and the amount of it that consumers are willing and able to purchase at that given price. Jon Reid invented this theory in 1946.
