We consider a system to be consistent if it has at least one solution. A consistent system is independent if it has precisely one solution. When a system does not have a solution, we say it to be inconsistent. Because the line graphs do not meet, the graphs are parallel; thus, there is no solution.
Which equations have a consistent solution?
Within the branch of Mathematics in general and Algebra in particular, a linear equation is considered to be consistent when at least a set of unknown values justify each equation present in the system. Thus, when these values are substituted to an equation, the identity of each equation stands true.
What exactly is a consistent dependent equation?
A parallel line system might be consistent or inconsistent dependent. When a system's lines possess identical slopes but distinct intercepts, they are simply inconsistent. They are consistently dependent when they possess identical slopes and also intercept.
What exactly does an inconsistent system mean?
When a solution cannot be determined due to the lines being parallel, we term the system of equations an inconsistent system of equations. When two different methods are used to write the same line, they create a dependent system of equations, resulting in infinite solutions.
We define inconsistent equations as two or more equations that are difficult to solve when just one set of variables is used. x+1=5 and x+1=7is a set of inconsistent equations.
What is the distinction between an inconsistent and a consistent system?
A system of linear equations is a collection of two or more linear equations with the same variables.
For instance, x + 2y = 14, and 2x + y = 8.
If there is nothing in common between the two equations, we say it to be inconsistent. However, it is said to be consistent if any one ordered pairs can answer both equations.
How can you tell whether a pair of linear equations is consistent or inconsistent?
A consistent system is independent if it has precisely a single solution.
It depends on whether a consistent system has an unlimited number of solutions. When the equations are graphed, they depict the same line.
When a system does not have a solution, we say it to be inconsistent.
We try to gain values of x and y to see if the pair of linear equations is consistent or inconsistent. The system is consistent if both x and y have a unique value. When there are no x and y values that fulfil both equations, the system becomes inconsistent.
Is the pattern of parallel lines consistent?
The system is independent and inconsistent when two diverse equations define parallel lines where the respective lines do not intersect. On the other hand, the system is dependent and consistent when the two diverse equations define the same line where the intersection between the lines is witnessed.
What is the formula for a solution that does not exist?
There will be no solution if (a1/a2) = (b1/b2) ≠ (c1/c2). An inconsistent pair of linear equations is the name given to this sort of equation.