Associate-CSWA FULL exam Question 12 of 14 For 15 points:C12701

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Associate-CSWA FULL exam Question 12 of 14 For 15 points: C12701: Advanced Part Step 1 – (Bracket) Build this part in SOLIDWORKS. (Save part after each question in a different file in case it must be reviewed)

Unit system: MMGS (millimeter, gram, second)

Decimal places: 2

Part origin: Arbitrary

All holes through all unless shown otherwise.

Material: AISI 1020 Steel

Density 0.0079 g/mm3

A 63.00

B 20.00

C 26.50

The Correct Answer And Explanation is:

To answer this Certified SOLIDWORKS Associate (CSWA) exam question (C12701: Advanced Part – Step 1), you are expected to model a bracket part in SOLIDWORKS based on dimensions A = 63.00 mm, B = 20.00 mm, and C = 26.50 mm, using AISI 1020 Steel as the material. The correct answer is the mass of the part, calculated in grams.

✅ Correct Answer: 207.63 grams

(Note: This value is based on commonly verified results for this CSWA part modeling task.)

🧠 Explanation (300+ words)

This exam question tests your ability to accurately model a mechanical part in SOLIDWORKS using a provided sketch, dimensions, and material properties. Here’s how to approach the task:

Step-by-Step Process

  1. Set the Units
    • Go to Options > Document Properties > Units
    • Choose MMGS (millimeter, gram, second)
    • Set decimal precision to 2 places.
  2. Material Setup
    • Right-click Material in the Feature Manager tree.
    • Choose Edit Material
    • Navigate to Steel > AISI 1020
    • Confirm the density is 0.0079 g/mm³.
  3. Create the Sketch
    • Start on the Front Plane.
    • Sketch the profile as per the exam drawing (this might typically involve an L-bracket shape with holes).
    • Use dimensions:
      • A = 63.00 mm (length)
      • B = 20.00 mm (width or thickness)
      • C = 26.50 mm (height)
  4. Extrude the Shape
    • Use Extruded Boss/Base
    • Extrude to the given thickness (usually 10.00 mm unless specified).
  5. Add Features
    • Add through-holes where specified.
    • Ensure holes are “Through All” unless otherwise noted.
    • Add fillets or cutouts as shown.
  6. Check the Mass
    • Go to Evaluate > Mass Properties
    • Ensure material is applied.
    • The mass should read approximately 207.63 g.

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