ermine the forces in members BC and CG. The forces are positive if in tension, negative if in compression. B 11' C 11' D. 13' 11' G 60° E kips wers: i kips i kips
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- ← CW2 Question 9 of 10 Determine the forces in members BC and CF of the loaded truss. Enter a positive number if in tension, negative if in compression. FULL HD- d 1080 Type here to search AB=BC = CD DE EFFG F 56°1 E 17 прод 1.3 L 2.8 L O D 3.0 L 0/10 E : 27°C T-storms Question 6 Numeric Fill in th Blank with Units Question 7 Numeric Fill in t Blank with Units Question 8 Multistep Viewing Question 9 Numeric Fill in Blank with Unit Question 10 Numeric Fill in t Blank with Unit Da6ENG RCL 8. 7 4 CTAY 1 An alumnium cylinder has a diarncter o7 4) 4.80 cmo It has been hammered into a woll and its length, whjch can be seen arom Hhe will IS S-30 cm', An objest with a mass o7 seen 7rom hung From the edge og the mass o7 the modulus o7 aluminium iš 3.0Xl0NIm2 c) Calculate the shear stress on the cylınder b) (alculate the vertical dealechion o7 the ege o7 IS a mass 87 cylinder is nigligıble and the shear ylinder „Iz the' he cylinder
- Determine the average normal stress in rod AB and the average normal stress in rod CD100N new forces exerted on a bone with a cross section of 10 cm2. What is the total stress? what is the stress type?SQ4 1. Find tensions T, Tz if the body is in equilibrium 30 W= 50N balance the given systen of Forces 4E =200 N 2. Determine the valve of Pand x to 4- m VF = SON
- You used a force of 200N to wrap a 40cm diameter wool into a 10cm long core. Find the force that the wool exerts on the core.An upright beam supports a load of 3,000 N and 2,500 cm long. The beam is compressed 200 mm by aload. Young’s modulus of the beam is 1.0x10 11 N/m 2. Calculate cross-section area of the beam.