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← TechnologyWhich outcome occurs when a parallel robot loses kinematic redundancy?
A)Decreased workspace dexterity arises✓
B)Increased actuator force margin occurs
C)Singularity avoidance becomes simpler
D)Lower energy actuator operation begins
💡 Explanation
Loss of kinematic redundancy restricts possible solutions for inverse kinematics, so decreased workspace dexterity arises because the robot cannot achieve some orientations. This limitation concentrates around problematic Jacobian matrix configurations, therefore dexterity wanes, rather than singularity management easing.
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