﻿ use the slope and y intercept to graph each equation below

# use the slope and y intercept to graph each equation below

You can change this preference below.By solving for the variable y we have re-written our equation in slope intercept form. we will then identify the y-intercept and slope. Plot the y- intercept on our graph and use the ratio of slope to determine another point on the line. and then graph each point below on that same graph, using both the ordered pair and letter as a label. You should have one graph for each separate problem, so three graphs for problems 79.Find x-intercept, y-intercept, slope and equation of each line graphed. If there is a coefficient, however, then you should divide each term in the equation by that number. In this case, the y coefficient is 4, so you have to divide 4x, -3x, and 16 by 4 to get the final answer in slope intercept form.First, write down the equation so you can start using it to graph a line. The slope is slope-intercept form is y . The equation of the graph in x 2. Graph each equation. y 2x 3 To graph the equation, plot the y-intercept (0, 3). Then move up 2 units and right 1 unit. Then graph each line, using the slope and y intercept.In exercises 25 to 32, match the graph with one of the equations below. Write an equation in slope-intercept form of each line.Name. 5-3 Practice. (continued) Slope-Intercept Form. The slope below is -3 and the y-intercept is 2. what is the slope- intercept equation for the line?When you graph a line using slope intercept form do you start by graphing m or b first? The number in the b position (3) is the y-intercept which means this is where the graphed line will cross the y-axis.

When a linear equation is not in Slope Intercept Form, you must use your algebra skills to change it into the correct form.Be sure your line is pointing the right way. See below. Algebra Graphs of Linear Equations and Functions Graphs Using Slope- Intercept Form.Since slope is rise over run, you will be going down two and right one from the starting point of 5 for each point. Make a dot on each of these points and connect them. Here is an example equation for a line. y 2x 3. You can tell what each part of the equation is based on its position in the formula.Now that we know about the slope and the intercept individually, we need build up those two things together. Were still going to use our example y 2x 3. To graph m is the slope of the line and indicates the vertical displacement (rise) and horizontal displacement (run) between each successive pair of points.

How To: Given the equation for a linear function, graph the function using the y-intercept and slope. Using Slopes and Intercepts. Find the x-intercept and y-intercept of each line. Use the intercepts to graph the equation.Negative slope: The line slants downward from left to right. Undefined slope: Vertical lines have an undefined slope. Use the graphic organizer to answer the following questions. In this lesson you will look at equations such as y3x2 and their graphs, and learn about each graphs shape, slope, and y-intercept.Use the grid to the left to determine each slope. The equation for y is shown below the grid. 2. Graph a line whose equation is in slopeintercept form Example 2. Use the slope and yintercept to graph each line whose equation is given. Label at least two points on the graph grid. How to Graph a Line using the Slope and y-intercept.Step 1: Begin by plotting the y-intercept of the given equation which is (0, 3). Step 2: Use the slope to find another point using the y-intercept as the reference. Use the slope and y-intercept to graph each equation below. T h e graph, if extended, w cross a letter. Print this letter in each box that contains the number of that exercis. The slope-intercept equation.To use the slope-intercept equation of a line, y mx b. we must first solve for y. Graph using slope-intercept: 5y - 2x 15. To graph a line using its slope and y-intercept, first plot the y- intercept, and then use the slope to graph at least one other point.12x 4y 1 Write each equation in slope-intercept form to determine their slopes: a.b.c. Since equations a and c have the same slopes, they are parallel. Demonstrates, step-by-step and with illustrations, how to use slope and the y-intercept to graph straight lines.But the "nice" form of a straight lines equation (being the slope- intercept form, y mx b) can make graphing even simpler and faster. In the next examples, there is a sample graph of each type of modeling Linear models are described by the following general graph.One of the main algebra concepts used in linear models is the slope- intercept equation of a line. They drive 400 miles each day. Use the table below to answer Items 1720.Some students may need more explicit instruction on how slope and y- intercept are determined from the various representations of linear relationships ( equations, tables and graphs) and what they mean. They merely use the equation for a straight line y mx b where m is slope and b the Y-intercept.The data are then re-plotted (t, v2) and a linear relationship results as is shown in the graph below. 6. Writing an Equation of a Line Identify the slope and y-intercept for each of the graphs below.Exploration: Write each linear equation in slope-intercept form. Then use a graphing calculator to graph the three equations in the same square viewing window. To graph using slope-intercept form: 1. Graph a point (the y -intercept). 2. Use m rise to move from that point to locate another point on the line. run.Directions: For each line that is graphed below, determine the equation of the line and write it in slope-intercept form. To graph linear equations (using slope intercept form)denominator tells you to go left/right 4. Connect the two points with a straight line and use arrows. Graphing Linear Equations Using Slope and Intercepts. Graphing a Linear Equation in Slope-Intercept Form. Graph y 3x 3. Identify the x- intercept.a. The slope of the line is 2.5 —5. Use the slope and y-intercept. to graph the equation.Graph the equation.