The graph of a function is the geometric representation in a Cartesian plane of a function of 2 variables (equation 2 unknowns). The geometric representation is a figure drawn in the plane obtained by joining together many consecutive points as they appear to be a continuous line.
To find the graph of a function of 2 variables (usually x and and P) are calculated values \u200b\u200bof the variables (for each value of x a corresponding value of and ) forming pairs numbers. Each pair of values \u200b\u200brepresents a point in the Cartesian plane. When you have enough points you can get by joining lines to form figures features each type of function. Find
figure obtained from an equation or find the equation that describes a geometric figure are the objectives behind Analytic Geometry. It helps for the geometry and algebra, although the latter is the most important for analytic geometry.
To find the graph of a function of 2 variables (usually x and and P) are calculated values \u200b\u200bof the variables (for each value of x a corresponding value of and ) forming pairs numbers. Each pair of values \u200b\u200brepresents a point in the Cartesian plane. When you have enough points you can get by joining lines to form figures features each type of function. Find
figure obtained from an equation or find the equation that describes a geometric figure are the objectives behind Analytic Geometry. It helps for the geometry and algebra, although the latter is the most important for analytic geometry.
To see an animated explanation and exercises on these issues, download the following files:
Graph of a function. click here to download .
To open this file you need Microsoft Power Point or Apple Computer Inc. Keynote.
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