Determine what stress regime will result from the following principal stress combinations (values are not necessarily realistic): a) b) Shmin= 8100 psi, 5.4m\": 10,200 psi, 3,: 12,100 psi (1 point) SW": 8100 psi, Sme: 12,100 psi, $,=10,200 psi (1 point) Shmin= 10,200 psi, SHmax= 12,100 psi, 558,100 psi (1 point] Shmin= 10,200 psi, 5.4m\": 12,100psi, 5,: 10,200psi (1 point) 5mm: 10,200 psi, SHmax= 12,100psi, Sv= 12,100psi (1 point) SHmax=24,100 psi, $54,000 psi (1 point) 5,. = 24,100 psi, SHmax = 4,000 psi (1 point) What will the faulting regime be if Sum": 8100 psi, max: 10,200 psi in the following situations: i. At a depth of 2,000 ft below sea floor if the weight of water at the location of interest constitutes 1000 psi and the weight of rock constitutes 5,000 psi of stress. (1 point) ii. At a depth of 5,000 ft below sea floor if the weight of water at the location of interest constitutes 1000 psi and the weight of rock constitutes 9,200 psi of stress. (1 point) iii. At a depth of 6,000 ft below a salt body if the weight of water at the location of interest constitutes 1,000 psi and the weight of rock constitutes 9,200 psi and the weight of the salt body constitutes 900 psi of stress. (1 point)