***please be as accurate as possible this is extra credit because we did bad on test***
Solution:
***please be as accurate as possible this is extra credit because we did bad on test***...
***please be as accurate as possible this is extra credit because we did bad on test*** Question 1 5 pts The following cross section has a moment applied around the local X axis (horizontal axis at the centroid). Determine the maximum TENSILE stress in ksi to the nearest 0.1 ksi. a I b a = 0.5 in b = 9 in c= 0.2 in d = 3 in M = 88 k-ft
***please be as accurate as possible this is extra credit because we did bad on test*** What is the reaction at B in kips to the nearest 0.1 kip? a = 5 ft b= 4 ft C= 4 ft d = 5 ft P = 16 kip P. с B A a b / d re
***please be as accurate as possible this is extra credit because we did bad on test*** What is the ROTATION at B (to the nearest 0.0001 radians)? a = 8 ft b= 9 ft P = 183k E = 16 x 103 ksi | = 3,905 in 4 P A 7 b
***please be as accurate as possible this is extra credit because we did bad on test*** What is the maximum positive strain for the following beam to the nearest 1 με? L1 (1) (2) h b1 b2 P = 70 k L1 = 10 ft b1 = 1 in b2 = 3 in h = 12 E1 = 16,000 ksi E2 = 29,000 ksi
***please be as accurate as possible this is extra credit because we did bad on test*** What is the moment at C to the nearest 0.01 k-ft? M A + + L1 L2 3 L4 L1 =8 ft L2 = 10 ft L3= 8 ft L4 = 9 ft M = 30 k-ft w = 3 k/ft
***please be as accurate as possible this is extra credit because we did bad on test*** tot a I h t t b1 ++ b2 + + What is the shear flow at a to the nearest 0.01 k/in? V = 42 k b1 = 2 in b2 = 6 in t = 2 in h = 9 in
A force and a temperature change were applied to a member. What is the elongation of the following member in inches (to the nearest 0.0001)? a=15 x 1061/°F P = 452 kip L = 33 in To = 62°F Tp = 56 °F E = 10,877 ksi A = 1 in 2 Р b The following cross section has a moment applied around the local X axis (horizontal axis at the centroid). Determine the maximum TENSILE stress in ksi to...
Please explain as clear and as accurate as possible, thank you. Problem Two: Complete the design of the simply supported beam shown. The loads are not factored. The beam height is given. Your solution should include longitudinal and shear reinforcement. Include diagrams to illustrate your design. Use the provided yield strength for both shear and longitudinal reinforcement. Verify the capacity of your final design at the points of maximum shear and moment demand. PL = 10k PL = 10k AT...
*** i only have one attempt at this please be as accurate as possible. The last 6 questions i posted have all been wrong on here. *** D 6 in. (1) H 56 in. y 2.5 in. V 10 in. H- 8 in. B C 27 in. Р Cross-sectional dimensions. 72 in. 36 in. A steel hollow section is supported by a pin connection at A and by an inclined steel rod (1) at B as shown. A concentrated load...
please show all work A 12-Et simply supported beam is having a uniformly distributed load of 3 kip/ft as shown below. The cross-section of the beam is 12-in x 18-in. The maximum shear stress developed in the beam is mnost nearly: 3 kipet 18 in 121 12 in A. 8 ksi B. 105 ksi C.125 psi D. 140 psi