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WorksheetsFusion 360 Final Exam Prep — Worksheet Questions (Grade 10)
Total questions: 40
Worksheet time: 20mins
SECTION 1 — Sketching & Constraints: What does a fully constrained sketch prevent?
The sketch from being extruded
Geometry from moving unintentionally
Fillets from being applied
Components from being created
SECTION 1 — Sketching & Constraints: What tool forces two lines to stay at 90 degrees?
Parallel constraint
Perpendicular constraint
Tangent constraint
Equal constraint
SECTION 1 — Sketching & Constraints: A center rectangle is ideal for symmetry because it:
Has more dimensions
Starts from the midpoint
Automatically fillets corners
Hides constraints
SECTION 1 — Sketching & Constraints: A blue sketch indicates that ______ are missing.
Dimensions
Constraints
Components
Fillets
SECTION 1 — Sketching & Constraints: Which constraint makes two lines share the same angle?
Tangent
Coincident
Parallel
Equal
SECTION 2 — Solid Modeling Tools: What command thickens or thins a surface into a solid?
Thicken
Shell
Offset
Extrude
SECTION 2 — Solid Modeling Tools: Which operation adds material during extrude?
Cut
Join
Intersect
Project
SECTION 2 — Solid Modeling Tools: What command creates a smooth blend between two profiles?
Sweep
Loft
Shell
Offset
SECTION 2 — Solid Modeling Tools: The Fillet tool adds a rounded ______ to an edge.
Radius
Hole
Chamfer
Groove
SECTION 2 — Solid Modeling Tools: A chamfer produces a:
Radius
Curved edge
Straight beveled edge
Bend in the model
SECTION 3 — Patterns & Replication: A Circular Pattern requires a:
Path
Center axis
Loft profile
Timeline marker
SECTION 3 — Patterns & Replication: When would you use a Features pattern instead of a Bodies pattern?
When repeating cuts, fillets, or extrudes
When arranging separate solid parts
When renaming components
When creating construction planes
SECTION 3 — Patterns & Replication: A Rectangular Pattern arranges features in rows and ______.
Columns
Circles
Layers
Fillets
SECTION 3 — Patterns & Replication: If a pattern fails, the most common cause is:
Naming
Missing constraints
Geometric interference
Missing materials
SECTION 4 — Assembly & Components: Components differ from bodies because components:
Can move independently
Cannot be patterned
Cannot be renamed
Delete sketches automatically
SECTION 4 — Assembly & Components: What assembly tool connects components with movement?
Joint
Rigid Group
Project
Shell
SECTION 4 — Assembly & Components: What makes an assembly easier to modify later?
Hiding sketches
Using a single component
Naming and grouping components
Using only Shell commands
SECTION 4 — Assembly & Components: Isolation mode hides all other ______ except the selected one.
Sketches
Bodies
Components
Joints
SECTION 5 — Shelling, Thickness & Manufacturing Logic: Shell hollowing fails when:
Walls are too thick
Fillets are too large
Walls become too thin
Sketches are not named
SECTION 5 — Shelling, Thickness & Manufacturing Logic: Why do engineers check for uniform wall thickness?
To ensure strength, manufacturability, and even cooling
To improve appearance for rendering
To reduce file size and performance lag
To enable parametric modeling
SECTION 5 — Shelling, Thickness & Manufacturing Logic: The Shell tool leaves a consistent ______ thickness.
Wall
Sketch
Axis
Curve
SECTION 6 — Construction Geometry: Construction planes are useful for:
Rendering
Making new sketch locations
A midplane feature is typically used for:
Splitting bodies
Centering geometry symmetrically
Adding text
Rendering materials
Construction lines appear as ______ dashed lines.
thin
thick
solid
wavy
Emboss is ideal for applying text to:
2D sketches
Flat faces only
Curved surfaces
Timeline markers
Why might an emboss operation flatten instead of raising or recessing text?
The wrong face or sketch was selected
The text size is too small
The material is too thick
An appearance was not applied
Emboss raises or recesses text relative to a model’s ________.
origin
axis
surface
timeline
Which feature is most sensitive to the order it’s applied?
Move
Pattern
Fillet
Appearance
What is the first thing to check when a model breaks?
Material settings
Sketch constraints and profiles
Render settings
Workspace selection
Timeline editing is part of ______ modeling.
direct
parametric
sculpt
mesh
The Render workspace allows you to adjust:
Joints
Constraints
Materials and lighting
Shell thickness
What does not appear in animations?
Component motion
Camera changes
Timeline editing steps
Exploded views
Animations are exported as ______ files.
STL
F3D
MP4
DWG
What file format saves all geometry and timeline history?
STL
OBJ
F3D
DWG
The Browser shows:
Only bodies
Bodies, sketches, joints, and components
Just timeline entries
Appearance settings
The ViewCube is used to change the model’s ________.
mass
orientation
material
timeline
Why is parametric modeling powerful?
You can only use one body
It locks the design permanently
Changes update the entire model
It hides the timeline
Which feature is best for hollowing curved shapes?
Loft
Shell
Emboss
Mirror
Why should sketches stay fully constrained?
To speed up rendering
To enable 3D printing
To prevent unpredictable modeling errors
To reduce file size
Fusion files are saved automatically to ______ cloud servers.
Autodesk
Amazon
School
