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What is the graph of an equation?
The graph of an equation is a visual representation of the values that satisfy the equation.
How can you determine if a relationship is linear from a table a graph or an equation?
To determine if a relationship is linear from a table, check if the differences in the y-values (output) corresponding to equal differences in the x-values (input) are constant. For a graph, a linear relationship will appear as a straight line. In an equation, if the equation can be expressed in the form (y = mx + b), where (m) and (b) are constants, it indicates a linear relationship.
What are 3 different methods that can graph a linear equation?
You could put the equation in slope-intercept form or in parent linear function or even make a table of values.
How do you plot the graph of a quadratic equation?
Just like any other equation, you can set up a table of x values, and calculate the corresponding y values. Then plot the points on the graph. In this case, it helps to have some familiarity with quadratic equations (you can find a discussion in algebra books), and recognize (from the form of the equation) whether your quadratic equation represents a parabola, a circle, an ellipse, or a hyperbola.
How do you graph an equation in function form?
I would set up a table of values and calculate several of the values of the variables (I would try to calculate the "interesting" values setting one to zero and calculating the other(s), guessing at a maximum or minimum value etc. Then I would plot the values on graph paper.
What is the graph of an equation?
The graph of an equation is a visual representation of the values that satisfy the equation.
Which table of values will generate this graph?
Depends what the graph is.
How can you determine if a relationship is linear from a table a graph or an equation?
To determine if a relationship is linear from a table, check if the differences in the y-values (output) corresponding to equal differences in the x-values (input) are constant. For a graph, a linear relationship will appear as a straight line. In an equation, if the equation can be expressed in the form (y = mx + b), where (m) and (b) are constants, it indicates a linear relationship.
What are 3 different methods that can graph a linear equation?
You could put the equation in slope-intercept form or in parent linear function or even make a table of values.
What is a table of values?
A table you make to find the coordinates to graph.
How do you know if an equation is direct variation?
There are three ways: a table, a graph, and an equation.
How do you plot the graph of a quadratic equation?
Just like any other equation, you can set up a table of x values, and calculate the corresponding y values. Then plot the points on the graph. In this case, it helps to have some familiarity with quadratic equations (you can find a discussion in algebra books), and recognize (from the form of the equation) whether your quadratic equation represents a parabola, a circle, an ellipse, or a hyperbola.
How do you explain a table of values amd a graph?
Any explanation will depend on whether or not the table of values and the graph are related to one another. Nothing in the question indicates that they are.
How do you graph an equation in function form?
I would set up a table of values and calculate several of the values of the variables (I would try to calculate the "interesting" values setting one to zero and calculating the other(s), guessing at a maximum or minimum value etc. Then I would plot the values on graph paper.
Which table and graph represent the equation y equals x plus 6?
Graph and Table: http://i50.tinypic.com/szhr4k.png
Which equation matches the table of values?
The equation which remains true for each set of variables in the table.
What do the x-values stand for such as it relates to ploting the graph of the equation?
In the context of plotting a graph of an equation, the x-values represent the independent variable, which is typically the input for the function defined by the equation. Each x-value corresponds to a specific point on the horizontal axis of the graph, and it helps determine the corresponding y-values (the dependent variable) that result from substituting the x-values into the equation. Together, these x and y values create the visual representation of the relationship defined by the equation.
