SP3D

A: The right answer keeps you in a range that matches how SP3D persists geometry plus property tables without mesh-heavy storage; B falls apart because solids are stored as volumetric features from day one, C assumes gaming-grade meshes rather than parametric solids, and D ignores that the model still carries instance-level geometry and relationships.

A: The correct choice keeps sustained load nearly flat across the travel; B ignores vertical displacement entirely, C tolerates load swing that will exceed common 25% limits at that travel, and D punts a decision that directly affects weight take-offs and nozzle loads.

A: The right answer focuses on how SP3D keys MTO aggregation on full line ID strings; B assumes a normalization that doesn't occur, C underestimates how specs and take-offs are indexed, and D confuses soft data inconsistencies with schema-breaking errors.

A: The correct answer highlights loss of formal hazard review coverage; B invents a linkage SP3D doesn't have, C confuses geometry with relief capacity, and D assumes procedural controls replace design safeguards.