Number of solutions algebra Video transcript We're asked to use the drop-downs to form a linear equation with no solutions.

Introduction Sometimes graphing a single linear equation is all it takes to solve a mathematical problem. This is often the case when a problem involves two variables.

Solving these kinds of problems requires working with a system of equationswhich is a set of two or more equations containing the same unknowns. Systems of Equations A system of equations contains two or more linear equations that share two or more unknowns. To find a solution for a system of equations, we must find a value or range of values that is true for all equations in the system.

The graphs of equations within a system can tell us how many solutions exist for that system. Look at the images below. Each show two lines that make up a system of equations in the graph on the right the two lines are superimposed and look like a single line.

How many points in common does each system of lines reveal? No Solutions Infinite Solutions If the graphs of the equations intersect, then there is one solution that is true for both equations. If the graphs of the equations do not intersect for example, if they are parallelthen there are no solutions that are true for both equations.

If the graphs of the equations are the same, then there are an infinite number of solutions that are true for both equations.

Remember, the graph of a line represents every point that is a possible solution for the equation of that line.

So when the graphs of two equations cross, the point of intersection lies on both lines, meaning that it is a possible solution for both equations.

When the graphs of two equations never touch, there are no shared points and there are no possible solutions for the system. When the graphs of two equations lie on top of one another, they share all their points and every one is a possible solution. Graphing as a Solution Method Graphing equations in order to identify a specific point of intersection is usually not a precise way to solve systems because it is often difficult to see exactly where two lines intersect unless you are using a computer-based graphing program that allows you to zoom in on a point.

However, the graph of a system of equations can still give a good idea of what type of solution, if any, exists. How many solutions does this system have?

So a system made of two intersecting lines has one solution. How many solutions exist for the system y Plotting both equations, it looks like there is no solution—the lines are parallel. To check this finding, we can compare the slopes of the equations.

Yes, the slope of both lines is 0. They never intersect, so there is no point that lies on both lines, and no solution to the system. Micaela is trying to find the number of possible solutions for a system of two linear equations.

She draws the following graph, which accurately shows parts of the two lines in the system. What can she conclude? A The system has no solutions. B The system has one solution. C The system has two solutions.

D The system has infinite solutions. Although this view of the graph shows no point of intersection, the two lines do not have the same slope and are slowly converging as x increases, so they will intersect at some point.

The correct answer is that the system has one solution. The two lines in the system are converging as x increases and will eventually intersect, meaning that there is one solution for this system. Systems of linear equations can only have 0, 1, or an infinite number of solutions.

These two lines cannot intersect twice. A system of equations will have an infinite number of solutions if the two lines are identical. Since these two lines are not identical, the system will not have an infinite number of solutions.

Graphing a Real-World Context Systems may be written differently when they are applied to real-world situations, but a solution for the system must still be a set of values that is true for all equations. The number of 2-point shots she made was one greater than the number of 3-point shots she made.Write a system of two linear equations that has: a) only one solution,(2,3) An easy way to do this one is to use the slope intercept form y = mx + b.

where m is the slope.

Graph the following system of equations and identify the solution. 2x - y = 8. 6x - 3y = There are two ways to graph a standard form equation: Rewrite the equation in slope intercept form.

Find the x and y intercepts.

When you are graphing a system of equations that are . Oct 25, · Nonlinear Equation Solution Methods When solving a nonlinear equation system, EViews first analyzes the system to determine if the system can be separated into two or more blocks of equations which can be solved sequentially rather than simultaneously.

Technically, this is done by using a graph representation of the equation.

A system of linear equation comprises two or more linear equations. The solution of a linear system is the ordered pair that is a solution to all equations in the system. One way of solving a linear system . The seventh unit is writing and graphing systems of equations and inequalities.

• The Three Types of Solutions: No Solution, Infinitely Many Solutions, and One Solution • Solving Systems of Equations by Graphing, Substitution, and Elimination. Determine the number of solutions for each of these equations, and they give us three equations right over here.

And before I deal with these equations in particular, let's just remind ourselves about when we might have one or infinite or no solutions.

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Systems of Linear Equations