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The bracket is shown in (Figure 1). Assume that 1 = 50 mm, a = 180 mm, t = 4 mm, h = 45 mm, F = 950 N, ID = 30 mm, OD = 50 mmPart C Calculate the safety factor at point A for the bracket using the maximum normal-stress theory. Express your answer toPart E Calculate the safety factor at point B for the bracket using the maximum shear-stress theory. Express your answer to t

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Given L = somm, ID - 30 mm, a = 180mm ,t: 4mm, h 45 mm OD - 50 mm. sy - 900 Mpa F: 950N tube creates a force het is tradmit ton ollnect A total Shreyescue aux ancial fomilo Stren and T shear stres. . Principal Shrew on n are GAI, A2= Ginto + 0)*+ 12Q50 1 6 6 7758333333 ( 507-304) (30-30) 64 5340 707.511 Toxy, 1.45267 Dar p/mm² T Bocy art vertically down wordt but I acks vMADE = 27. 9725 3) moscimum Shootes theory for a மர பழ. en Emin = -6.08419, Gmax = 10.53111 400 10:53111 -(-6.0.8419) 2 NAMS5) for maximum shear stres theory of s 6 mox-bnin 2n 2 Gmox = 46.5518t 6mio - 6.551st 400 2h 6.55187- (-6.5518+) 2 ham noms

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