 |  Plane Trusses 20 Flashcards |  Start |
 | What is the primary method used to analyze forces at joints in a truss structure? |  Card: 1 / 20 |
| The method of joints | Card: 2 / 20 |
| Fill in the blank: A member in a truss that cannot carry load is called a ______. | Card: 3 / 20 |
| Zero force member | Card: 4 / 20 |
| True or False: In a space truss, the basic noncollapsible unit is formed by three members. | Card: 5 / 20 |
| False. The basic noncollapsible unit for a space truss requires six members. | Card: 6 / 20 |
| Which method can be used to find the unknown forces in a specific section of a truss? | Card: 7 / 20 |
| The method of sections | Card: 8 / 20 |
| Riddle: I connect multiple members with pins, but I'm not just a truss; I can carry forces beyond two. What am I? | Card: 9 / 20 |
| A frame | Card: 10 / 20 |
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| Fill in the blank: The total number of equations obtained from equilibrium for a joint in a truss is ______. | Card: 11 / 20 |
| Two | Card: 12 / 20 |
| True or False: The method of sections is primarily used for analyzing the forces in two-dimensional trusses. | Card: 13 / 20 |
| False. The method of sections can also be applied to space trusses. | Card: 14 / 20 |
| What condition must be satisfied by the forces acting on a joint in a space truss? | Card: 15 / 20 |
| The complete vector equation ΣF = 0 | Card: 16 / 20 |
| Fill in the blank: When analyzing a space truss, each joint must satisfy three equations corresponding to ______. | Card: 17 / 20 |
| Three unknown forces | Card: 18 / 20 |
| Riddle: I carry loads but can buckle if slender; my strength is tested by the load I must endure. What am I? | Card: 19 / 20 |
| A compression member | Card: 20 / 20 |
| Completed! Keep practicing to master all of them. |  Restart |
