Only #2 The first part is just included for problem information 1) (10pts) NASA is designing a new cylindrical fuel tank constructed from Carbonfiber/epoxy with certain yield strength, σΥ-750MPa. The radius of the cylinder is 5m, and the wall thickness is 15mm. Use both Tresca and von Mises yield criteria to determine the maximum internal pressure po that does not cause yielding. Assume: The stresses produced by these loads are uniform over the entire cylinder. the stress element follows Figure 6.6 in the book. N T0 Po 2) (10pts) Opps, the NASA intern assigned to the previous problem neglected to account for the education." Hopefully the next intern shows more promise. Redo problem 1 including the following forces: N =-125 MN, T = 10 MN·m 1) (10pts) NASA is designing a new cylindrical fuel tank constructed from Carbonfiber/epoxy with certain yield strength, σΥ-750MPa. The radius of the cylinder is 5m, and the wall thickness is 15mm. Use both Tresca and von Mises yield criteria to determine the maximum internal pressure po that does not cause yielding. Assume: The stresses produced by these loads are uniform over the entire cylinder. the stress element follows Figure 6.6 in the book. N T0 Po 2) (10pts) Opps, the NASA intern assigned to the previous problem neglected to account for the education." Hopefully the next intern shows more promise. Redo problem 1 including the following forces: N =-125 MN, T = 10 MN·m