· (3 points) For the beam cross section shown below, which beam will have higher moment of inertia? 10cm Зст 不 1cm 10cm 10cm 10cm 1cm 3cm Beam (C) 1cm Beam (B) 10cm Beam (A) A) Beam A B) Beam B C) Beam C
· (3 points) For the beam cross section shown below, which beam will have higher moment of inertia? 10cm Зст 不 1cm 10cm 10cm 10cm 1cm 3cm Beam (C) 1cm Beam (B) 10cm Beam (A) A) Beam A B) Beam B C) Beam C
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:**Question 1: (3 points)**
For the beam cross section shown below, which beam will have a higher moment of inertia?
**Beam Descriptions:**
1. **Beam A:**
- Shaped like an I-beam.
- Top and bottom flanges: 10 cm wide and 1 cm thick.
- Vertical web: 10 cm tall and 1 cm thick.
2. **Beam B:**
- Rectangular beam.
- 3 cm wide and 10 cm tall.
3. **Beam C:**
- Horizontal rectangular beam.
- 10 cm wide and 3 cm tall.
**Diagram:**
- The diagram shows the cross-sections of the three beams labeled as Beam A, Beam B, and Beam C.
- Beam A resembles an I-beam with wide flanges connected by a thinner vertical web.
- Beam B is oriented vertically as a narrow rectangle.
- Beam C is oriented horizontally as a broad rectangle.
- A separate diagram illustrates a beam subjected to a load (P) in the center, supported at both ends.
**Choices:**
A) Beam A
B) Beam B
C) Beam C
**Answer Box:**
Your answer: _______
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