Check the determinacy of the structures 16) Hinge Hinge Hinge 3.
Q: 2 1 5. vR3S2 → 5. v = n → hf 10.29n² LQ² D16/3 6. v=0.849CD2.63 0.54 → hf = 10.674LQ1.85 C1.85 D4.87
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Q: I. Proving. SHOW THAT 6. v=0.849CD2.63 50.54 → hf = 10.674LQ1.8 C1.85 D4.87
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- determine the suppprt reactions on the following structuresInvestigate the determinacy and stability of the trusses shown in Fig. 4.10 under loads applied in their plane. B (a) (b) (c) FIGURE 4.10P₁ LE LILLL M 1 P1=9kN P2=0kN M=18kNm q=1.4kN/m Determine the structure and find the reactions in the respective bonds..
- What is the state of equilibrium of the truss in problem? a. Balanced Equilibrium b. Unabalanced Equilibrium c. Stable Equilibrium d. Unstable EquilibriumHW2: Analyze the truss shown in the figure, EA is constant for all members 4 m 4 m D 50 kN 3 m E A FI 100 kNCalculate for the degree of determinacy of the structures shown below and identify whether the structure is statically determinate, statically indeterminate, or statically unstable. For indeterminate members, specify the degree of indeterminacy а. b. C. c. d. E A B
- Draw the Lewis dot structure of the following compounds: 1. CHCl3 2. CuO 3. MgS 4. CH4O 5. H2O21. Classify each of the structures shown in the figure as externally unstable, statically determinate, or statically indeterminate. If the structure is statically indeterminate externally, then determine the degree of external indeterminacy. Hinge Hinge a. C. DANIE BO B Coordinovan) SONHNISH Hinge WARRAS HARRAS Hinge Hinge b. DAMEN OVOŠÁRTÁTNOBITAKACHO Hinge for CANESTATIC DETERMINACY, INDETERMINACY, AND INSTABILITY Classify each of the structures shown as externally unstable, statically determinate, or statically indeterminate. If the structure is statically indeterminate externally, then determine the degree of external indeterminacy. (a) B B Hinge (b) (c) Hinge Hinge (d) Hinge Hinge Hinge Hinge (e) (f) Hinge Hinge Hinge (g)