To answer that question, when you are pertaining if there's a constraint that doesn't intersect with the other constraint you will remove the unnecessary constraint that is redundancy. I hope my answer helps you. Thank you for this question Mr. Bolibol

I think  if removing a constraint leads to a feasible problem, it's redundancy.  If it makes the problem infeasible, it's infeasibility

Just answer I will automatically give you a like

it would be a redundancy.

Rebundancy

If removing a constraint that doesn't intersect with others results in a feasible solution space, it's referred to as redundancy; if it leads to an impossible solution space, it's considered infeasibility.

Redundancy.

If you have a constraint that doesn't intersect or overlap with any other constraints in the feasible region, and you remove that constraint, it would typically be referred to as a redundant constraint rather than an infeasibility.

Its Redundancy. 

Redundancy

If a constraint is removed from a problem that has both redundancy and infeasibility, the resulting case would be called infeasibility. A redundant constraint is a constraint in linear programming that does not have any effect on the feasible region of the solution. On the other hand, infeasibility occurs when a problem has no feasible solution, meaning that no solution satisfies all the constraints. Therefore, if a constraint is removed from a problem that has both redundancy and infeasibility, the resulting problem would still be infeasible.