Question

Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square footing over silty sand with capillarit

Please answer the question quickly

0 0
Add a comment Improve this question Transcribed image text
Know the answer?
Add Answer to:
Please answer the question quickly Inclined load on the vertical axes 27 degree. The load is...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square...

    Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square footing over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=2.65 and water content =0.471). Undrained shear strength is equal to 120 kN/m2. The factor of safety is 3. At the end of construction, the factor dc is equal to

  • Foundation Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to...

    Foundation Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square footing over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=2.65 and water content =0.471). Undrained shear strength is equal to 120 kN/m2. The factor of safety is 3. At the end of construction, the factor dc is equal to Select one: O a....

  • inlined Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to...

    inlined Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square footing over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=2.65 and water content =0.471). Undrained shear strength is equal to 120 kN/m2. The factor of safety is 3. At the end of construction, the factor ic is equal to Select one: 0 a....

  • Foundation i need the answer quickly Inclined load on the vertical axes 27 degree. The load...

    Foundation i need the answer quickly Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square foot (B= 2 m) over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=2.65 and water content =0.471). The friction angle is equal to 29 from CD test. The factor of safety is 3. The factor dg is equal...

  • Foundation Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to...

    Foundation Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square footing over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=265 and water content 0.471). Undrained shear strength is equal to 120 kN/m2. The factor of safety is 3. At the end of construction, the factor de is equal to Select one: a. 1.2...

  • Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square...

    Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square foot (B= 2 m) over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=2.65 and water content =0.471). The friction angle is equal to 29 from CD test. The factor of safety is 3. The factor iq is equal to Select one: a. 0.6 b....

  • Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square...

    Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square foot (B-2 m) over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G-2.65 and water content=0.471). The friction angle is equal to 29 from CD test. The factor of safety is 3. The factor Sg is equal to Select one a. 0,6 O b. 1.15...

  • 14 Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to...

    14 Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square foot (B= 2 m) over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G=2.65 and water content =0.471). The friction angle is equal to 29 from CD test. The factor of safety is 3. The factor dg is equal to ut of Select one:...

  • Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square...

    Inclined load on the vertical axes 27 degree. The load is 300 kN/m2 applied to square foot (B=2 m) over silty sand with capillarity. The water table located at the base of foot. The saturated unit weight above the base is 20 kN/m3, and below the base (G#2.65 and water content=0.471). The friction angle is equal to 29 from CD test. The factor of safety is 3. The factor Ng is equal to Select one: a. 13.58 b. 16.44 C.5.14...

  • please with clear and simple steps as possible, also write answer all questions ....thank you Q1....

    please with clear and simple steps as possible, also write answer all questions ....thank you Q1. A load of 630 kN/m is carried on a strip footing 3 m wide at a depth of 1.5 m in a stiff clay with saturated unit weight 21 kN/m, the water table being at ground level Determine the factor of safety with respect to general shear failure (a) whe105 kN/m, and φ,-0°, (b) when c' = 10 kNm, and = 28。 13.0, 3.5]...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT