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Chapter 1: Problem 64

Explain how to graph an equation in the rectangular coordinate system.

Short Answer

Expert verified
To graph an equation in the rectangular coordinate system, understand the type of equation, determine necessary points to plot, plot these points, and then connect them to form the graph.

Step by step solution

01

Understand the equation

Look at the equation to understand what kind of line or curve it represents. If it's a linear equation (e.g. \(y = mx + c\)) it will represent a straight line. If it's a quadratic equation (e.g. \(y = ax^2 + bx + c\)) it will represent a parabola. Other equations might represent circles, ellipses, hyperbolas, or more complex shapes.
02

Determine necessary points

To graph the equation, determine which points from the equation are necessary to plot it. For a linear equation, two points are often enough (you can use the y-intercept and one other point). For a quadratic equation or other curves, you may need more points to accurately graph the shape.
03

Plot the points

Plot the points on the rectangular coordinate system. You can do this by plugging the x values into your equation to find the corresponding y values and then marking these (x,y) coordinates on your graph.
04

Connect the points

Once the points are plotted, connect them with a smooth curve or straight line (depending on the type of equation). The resulting graph should give a visual representation of your equation in the rectangular coordinate system.

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