Which outcome occurs when iterative solutions fail within an inverse kinematics control loop for a six-axis industrial robot?

💡 Explanation

Unreachable targets cause constant adjustments due to computational errors, thus leading to oscillation because inverse kinematics solutions cannot converge. The arm continuously attempts correction with little success. Therefore, continual adjusting occurs rather than reaching a stable point.

• Which safety outcome mostly depends on effective venting during refrigerant over-pressurization?
• Which risk is heightened when installing incorrectly sized circuit breakers on a three-phase motor circuit?
• Which risk markedly increases when an aircraft's landing gear employs a mechanically locking, irreversible actuation system with a faulty sensor?
• Which deviation from intended dimension occurs when tooling temperatures are excessive during closed-die forging of high-strength steel?
• Which risk significantly increases during concrete beam flexure when shear force exceeds capacity of stirrups?
• What is a potential consequence when salt water weakens a slab's rebar?