# Kindly solve this no need to show your solution, just answer the…

Question Answered step-by-step Kindly solve this no need to show your solution, just answer the… Kindly solve this no need to show your solution, just answer the correct letter 1. For a thin walled cylinder with diameter of 7.50 meters and 25mm thickness, when applied with internal pressure of 0.85MPa, the resulting tangential stress is 127.5MPa, what would be the longitudinal stress relationship? a. 510 MPab. 255 MPac. 47 MPad. 85 MPae. 65 MPa 2. The thin walled cylinder diameter whose diameter is 6.24 meters and thickness of 15mm. is subjected to external pressure of 2.47MPa and internal pressure of 4.32MPa. What is the longitudinal stress applied in the walls of the cylinders? Choose the nearest answer. a. 120 MPab. 612 MPac. 257 MPad. 193 MPae. 450 MPa 3. A thin walled cylinder whose diameter is 9.73 meters has a thickness of 18 mm. What is the tangential stress when an internal pressure of 1.42 MPa. is applied? Choose the nearest answer. a. 155 MPab. 162 MPac. 112 MPad. 187 MPae. 95 MPa 4. What is the moment of inertia of a circular beam with a diameter of 527mm.? a. 310 x10^6 mm^4 b. 425×10^6 mm^4 c. 3.80×10^9 mm^4 d. 0.25×10^9 mm^4 e. 47×10^6 mm^4 5. What is the moment of inertia of a rectangular beam with a height of 425mm. and a base of 218mm.? a. 1.56×10^9 mm^4 b. 1.39×10^9 mm^4 c. 1.12×10^9 mm^4 d. 1.47×10^9 mm^4 e. 1.74×10^9 mm^4 6. What is the moment of inertia of a triangular beam with a height of 475mm. and a base of 148mm.? a. 441×10^6 mm^4 b. 129×10^6 mm^4 c. 1.32×10^9 mm^4 d. 43×10^6 mm^4 e. 652×10^6 mm^4 Engineering & Technology Civil Engineering Share QuestionEmailCopy link Comments (0)