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In a beam subjected to bending, what does the neutral axis represent?

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Question: In a beam subjected to bending, what does the neutral axis represent?

Options:

  1. The axis where shear stress is maximum
  2. The axis where bending stress is zero
  3. The axis where axial stress is maximum
  4. The axis where deflection is maximum

Correct Answer: The axis where bending stress is zero

Solution: 

The neutral axis in a beam subjected to bending is the axis where the bending stress is zero.

In a beam subjected to bending, what does the neutral axis represent?

Practice Questions

Q1
In a beam subjected to bending, what does the neutral axis represent?
  1. The axis where shear stress is maximum
  2. The axis where bending stress is zero
  3. The axis where axial stress is maximum
  4. The axis where deflection is maximum

Questions & Step-by-Step Solutions

In a beam subjected to bending, what does the neutral axis represent?
  • Neutral Axis – The neutral axis is the line within a beam where the material experiences no tensile or compressive stress during bending.
  • Bending Stress – Bending stress varies across the depth of the beam, being maximum at the outer fibers and zero at the neutral axis.
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