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It makes more sense as "Find values of k for which the system of equations has no solution, many solutions, a unique solution."judahs_lion said:Find values of K for which k has no solution, many solutions a unique solution
When solving an equation or system of equations, the value of k is the unknown variable. If there is no value of k that satisfies the equation, then there is no solution. This means that the equation cannot be solved and there is no possible value for k that would make the equation true.
To determine if k has no solution, you can substitute different values of k into the equation and see if any of them make the equation true. If none of the values make the equation true, then there is no solution for k. You can also graph the equation and see if there is a point where the graph intersects the x-axis, indicating a solution, or if the graph never intersects the x-axis, indicating no solution.
If there are multiple values of k that satisfy the equation, then there are many solutions. This means that there are multiple values of k that make the equation true and can be used interchangeably.
To determine if k has many solutions, you can again substitute different values of k into the equation and see if there are multiple values that make the equation true. You can also graph the equation and see if there are multiple points of intersection with the x-axis, indicating many solutions.
If there is only one value of k that satisfies the equation, then there is a unique solution. This means that there is only one possible value for k that makes the equation true.