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Chapter 1 of 12 • Page 1 of 248🔒 Protected PDF • Watermarked
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CivilStructural Mechanics-II
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Total earth pressure on retaining wall for 1 m length is

A

P=wh22×(1+sin⁡ϕ)(1−sin⁡ϕ)P = w h^{2} 2 \times ( 1 + \sin \phi ) ( 1 − \sin \phi )P=wh22×(1+sinϕ)(1−sinϕ)

B

P=wh22×(1−cos⁡ϕ)(1+cos⁡ϕ)P = w h^{2} 2 \times ( 1 - \cos \phi ) ( 1 + \cos \phi )P=wh22×(1−cosϕ)(1+cosϕ)

C

P=wh22×(1−sin⁡ϕ)(1+sin⁡ϕ)P = w h^{2} 2 \times ( 1 - \sin \phi ) ( 1 + \sin \phi )P=wh22×(1−sinϕ)(1+sinϕ)

D

P=wh22×(1+cos⁡ϕ)(1−cos⁡ϕ)P = w h^{2} 2 \times ( 1 + \cos \phi ) ( 1 - \cos \phi )P=wh22×(1+cosϕ)(1−cosϕ)

Correct Answer

⚙️ TE • Technical Verified SolutionCivilStructural Mechanics-II
Option C

P=wh22×(1−sin⁡ϕ)(1+sin⁡ϕ)P = w h^{2} 2 \times ( 1 - \sin \phi ) ( 1 + \sin \phi )P=wh22×(1−sinϕ)(1+sinϕ)

Quick Summary:

Practice and solve "Total earth pressure on retaining wall for 1 m length is..." for Civil - Structural Mechanics-II. The correct answer is Option C: P=wh22×(1-sinϕ)(1+sinϕ). Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.

Option **(c) **

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