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- 1. Multiple Choice
What is a three-dimensional cone?
A three-dimensional cone is a geometric shape that has a square base and a flat top, with straight sides connecting the base and the top.
A three-dimensional cone is a geometric shape that has a triangular base and a rounded top, with straight sides connecting the base and the top.
A three-dimensional cone is a geometric shape that has a rectangular base and a pointed top, with curved sides connecting the base and the top.
A three-dimensional cone is a geometric shape that has a circular base and a pointed top, with curved sides connecting the base and the top.
- 2. Categorize
Match the following applications with their appropriate descriptions:
(a) Traffic Cones: , (b) Ice Cream Cones , (c) Speaker Cones , (d) Nose Cones for RocketsDesigning conical traffic cones used for guidance and information.
Developing designs for edible ice cream holders.
Design to ensuring optimal audio quality.
Designing aerodynamically efficient nose shape.
- 3. Categorize
Match the following case studies with their correct descriptions:
(a) The Gherkin: , (b) The Vessell , (c) Ice Cream ConeA unique & innovative design in London's skyline.
A public artwork in Hudson Yards, Manhattan.
It is difficult to say who invented it, but it has been popular for over a hundred years
- 4. Drag and Drop
Match the following terms with their definitions:
(a) - The distance between the center point and quadrant
(b) - The elevated distance on the Z-Axis from the base point to the vertex
(c) - The distance from the base quadrant to the Apex
SLANT HEIGHTHEIGHTRadiusDiameter - 5. Fill in the Blank
To access the 'cone' command using the shortcut, type the following and then press enter: "____".
- 6. Reorder
Reorder the following steps to create a cone with a specified radius tangent to two objects:
Type 'CONE' or press the 'CONE' command
Starts the cone by setting the base point of the bottom of the cone.
Specify the radius of the cone
Specify the height the cone
- 7. Match
Match the following modifiers with their functions:
Three Points (3P)
Specifies the top radius of the cone, creating a cone frustum
Elliptical (E)
Specifies an elliptical base for the cone.
Tan-Tan-Radius (TTR)
Defines the base circumference and base plane of the cone by specifying three points.
Two Point (2P)
Defines the base diameter of the cone by specifying two points.
Top Radius (T)
Defines the base of the cone with a specified radius tangent to two objects.
- 8. Match
Match these misconceptions with their corrections:
Can I shape cones like ellipses?
Absolutely! Use the diameter modifier when creating a cone.
Can I position the cone's tip under it?
Absolutely, modifiers like 3-point, 2-point, or tan-tan radius offer such versatility.
Can I form a cone without a center point
Yes, simply move your mouse below the base or input a negative value.
Can I use the diameter?
Yes, apply the ellipse modifier for an elliptical cone.
- 9. Open Ended
List three products that can be designed using the cone command in AutoCAD.
- 10. Draw
Draw a simple sketch of a cone, labeling the radius and height.
Background image
- 11. Poll
How confident are you in using the cone command in AutoCAD?
Very confident
Somewhat confident
Neutral
Not confident
- 12. Poll
Rate your ability to use different modifiers while creating a cone.
Excellent
Good
Fair
Poor
- 13. Poll
How likely are you to use the cone command in your future designs?
Very likely
Likely
Neutral
Unlikely
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