Sectional views: identify the sectional type that is not placed in direct projection from the view containing the cutting plane, but instead is relocated elsewhere on the sheet for clarity.
-
ARevolved section
-
BRemoved section
-
CBroken-out section
-
DFull section
Answer
Correct Answer: Removed section
Explanation
Introduction / Context:Sectional views clarify interior geometry. Different section types—full, half, broken-out, revolved, and removed—serve different visualization needs. Proper identification helps ensure standards-compliant drawings.
Given Data / Assumptions:
- The section in question is not shown in direct projection from the parent view.
- It is moved to another location on the sheet for clarity or space.
- Cutting plane and labeling conventions apply.
Concept / Approach:A removed section is created by cutting through a feature and then relocating the resulting sectional view away from the direct projection alignment. It is labeled (e.g., Section A–A) and scaled appropriately. In contrast, a revolved section is rotated in place on the parent view, and a broken-out removes a small local portion without moving the view.
Step-by-Step Solution:
Identify the relocation characteristic → not in direct projection alignment.Match to section type definitions → “removed section.”Eliminate other section types that stay in place or local to the parent view.Verification / Alternative check:Standards show removed sections often placed near the title block or adjacent white space, connected by cutting-plane labels and arrows in the parent view.
Why Other Options Are Wrong:
- Revolved section: profile is rotated 90 degrees and drawn on the view itself, not moved far away.
- Broken-out section: only a localized “break” exposes interior; the view is not relocated.
- Full section: entire object is cut and shown in place in direct projection.
Common Pitfalls:Confusing removed with revolved—remember “removed” is relocated; “revolved” is drawn in place.
Final Answer:Removed section