How many solutions sets do systems of linear inequalities have? Do solutions to systems of linear inequalities need to satisfy both inequalities? In what case might they not?

How many solutions sets do systems of linear inequalities have? Do solutions to systems of linear inequalities need to satisfy both inequalities? In what case might they not?

Linear inequality sets can have zero to an infinite amount of solutions.

How many solutions sets do systems of linear inequalities have? Do solutions to systems of linear inequalities need to satisfy both inequalities? In what case might they not?

Original conversation

User: How many solutions sets do systems of linear inequalities have? Do solutions to systems of linear inequalities need to satisfy both inequalities? In what case might they not?

User: How many solutions sets do systems of linear inequalities have? Do solutions to systems of linear inequalities need to satisfy both inequalities? In what case might they not?

Weegy: Linear inequality sets can have zero to an infinite amount of solutions. Expert answered|scijoe21|Points 1605|

Weegy: It can have none, one, or infinitely many.
Here's a system with no solutions: x 5.
Here's a system with one solution: x =3. [ ( = mean "less than or equal" and "greater than or equal")
And here's a system with infinitely many solutions: x < 3 and x < 2. ] (More)

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