Tank has an average bearing pressure of 105 kPa. Ground water is deep. Calculate the total, pore and effective stress before tank loading and with tank

Hello your question is incomplete attached below is the complete question

answer :

A) At 8 meters below center

Total stress = 228.827 KN/m^2

pore water pressure = 0 KN/m^2

effective stress = 228.827 - 0 = 228.827 KN/m^2

B) At 8 meters below tank edge

Total stress = 186.289 KN/m^2

pore water stress = 0 Kn/m^2

effective stress = 186.289 - 0 = 186.289 KN/m^2

Explanation:

Given data :

Diameter = 21 m

radius = 21 / 2 = 10.5 m

soil moist = 18.4 KN/cubic meter

Average bearing pressure = 105 kPa

i) Before Loading Tank

 Total stress = 8 * 18.4 = 147.2 KN/m^2

 Pore pressure = 0 KN/m^2

 Effective stress = 147.2 - 0 = 147.2 KN/m^2

ii) After loading Tank

  No change occurs

A) At 8 meters below center

Total stress = 228.827 KN/m^2

pore water pressure = 0 KN/m^2

effective stress = 228.827 - 0 = 228.827 KN/m^2

B) At 8 meters below tank edge

Total stress = 186.289 KN/m^2

pore water stress = 0 Kn/m^2

effective stress = 186.289 - 0 = 186.289 KN/m^2

attached below is the detailed solution

answer:

a

explanation:

answer:

ur mom

explanation: