[150 lb| 30 lb(For questions 11 – 12): The overhangingbeam shown supports two concentratedloads of 150 lbs. and 30 lbs.BD11. Determine EI8 midway between thesupports.A. 312 lb-ft34 ft6 ft4 ftB. 550 lb-ft3C. 990 lb-ft3D. 1120 lb-ft3RA = 78 lb|Rc= 102 lb12. Determine El8 at point B.A. 312 lb-ft3B. 550 lb-ft3C. 990 lb-ft³D. 1120 lb-ft3

The section diagram for the beam is given below,

|150 lb 30 lb (For questions 11- 12): The overhanging beam shown supports two concentrated loads of 150 lbs. and 30 lbs. A C D 11. Determine El8 midway between the supports. A. 312 lb-ft B. 550 lb-ft3 C. 990 lb-ft3 D. 1120 lb-ft3 4 ft 6 ft- 4 ft RA = 78 lb |Rc= 102 lb 12. Determine Eld at point B. A. 312 lb-ft3 B. 550 lb-ft3 C. 990 lb-ft3 D. 1120 lb-ft3

|150 lb 30 lb (For questions 11- 12): The overhanging beam shown supports two concentrated loads of 150 lbs. and 30 lbs. A C D 11. Determine El8 midway between the supports. A. 312 lb-ft B. 550 lb-ft3 C. 990 lb-ft3 D. 1120 lb-ft3 4 ft 6 ft- 4 ft RA = 78 lb |Rc= 102 lb 12. Determine Eld at point B. A. 312 lb-ft3 B. 550 lb-ft3 C. 990 lb-ft3 D. 1120 lb-ft3

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter11: Heat Transfer By Radiation

Section: Chapter Questions

Problem 11.12P

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