b- Determine the minimum FOS for cu-65 kPa, ou-0, y-19 kN/m³ if slope angle is 45° and no hard stratum exists below the slope. the slin mass into a number
b- Determine the minimum FOS for cu-65 kPa, ou-0, y-19 kN/m³ if slope angle is 45° and no hard stratum exists below the slope. the slin mass into a number
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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This is not graded question.
Plz, answer what you have been asked in the question parts `b` and `c`
![V
b- Determine the minimum FOS for cu-65 kPa, qu-0, y=19 kN/m³ if slope angle is 45° and no hard stratum
exists below the slope.
To solve the slope stability problem for a c-p Soil, why it is important to divide the slip mass into a number
of slices, where as for ou-0 soil, no slices are required. Explain?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8bb629d7-8be5-47d1-99da-b2db3163f2af%2F00fb3e54-a1fb-45df-b407-4d552c86cd94%2F8l7duvm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:V
b- Determine the minimum FOS for cu-65 kPa, qu-0, y=19 kN/m³ if slope angle is 45° and no hard stratum
exists below the slope.
To solve the slope stability problem for a c-p Soil, why it is important to divide the slip mass into a number
of slices, where as for ou-0 soil, no slices are required. Explain?
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