For a symmetrically distributed triangular load, under the centre of the triangular load, the vertical stress at any point at a depth z is given by ___________

Question

TuteeHUB · Accepted Answer

$σ_z=\frac{q}{π} \left[\frac{az}{a^2+z^2}\right]$

TuteeHUB · Answer

$σ_z=\frac{q}{aπ} \left[α_1+α_2 \right] $

TuteeHUB · Answer

$σ_z=\frac{q}{π} \left[α_1+α_2 \right]$

TuteeHUB · Answer

$σ_z=\frac{q}{π} \left[\frac{az}{a^2+z^2}\right]$

TuteeHUB · Answer

$σ_z=\frac{q}{π} \left[α_1-α_2 \right]$

1.	For a symmetrically distributed triangular load, under the centre of the triangular load, the vertical stress at any point at a depth z is given by ___________
A.	\(σ_z=\frac{q}{aπ} \left[α_1+α_2 \right] \)
B.	\(σ_z=\frac{q}{π} \left[α_1+α_2 \right]\)
C.	\(σ_z=\frac{q}{π} \left[\frac{az}{a^2+z^2}\right]\)
D.	\(σ_z=\frac{q}{π} \left[α_1-α_2 \right]\)
Answer» C. \(σ_z=\frac{q}{π} \left[\frac{az}{a^2+z^2}\right]\)

For a symmetrically distributed triangular load, under the centre of the triangular load, the vertical stress at any point at a depth z is given by ___________

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