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4 cards from this section. Quick, good the night before a test.
What does M(q) represent in the dynamic equation?
Think about what affects a robot's mass.
What does G(q) account for?
Consider the forces acting on a structure because of gravitational pull.
What does M(q) stand for in the dynamic equation?
It relates to how mass affects movement.
True or False: The G(q) term is only relevant in cases of vertical movement.
Consider the continuous influence of gravity.
Given a robotic arm with varying masses across its joints and specified configurations, derive the complete dynamic equations integrating M(q), C(q, q˙), and G(q) based on the defined joint positions.
Break down the contributions of each component step by step.
Evaluate how adjusting the mass properties in M(q) would impact a robotic arm's ability to execute fast motions without over-compensating for inertia.
Consider the relationship between mass and acceleration during a motion.
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