For all problems use: L-90 in A=0.1 in \E-12x 10 lb/in² senes El. k-3EI/L 1. The spring rate of the system under load F

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For All Problems Use L 90 In A 0 1 In E 12x 10 Lb In Senes El K 3ei L 1 The Spring Rate Of The System Under Load F 1 (46.96 KiB) Viewed 47 times

For all problems use: L-90 in A=0.1 in \E-12x 10 lb/in² senes El. k-3EI/L 1. The spring rate of the system under load F is best given by k = E a. 247 lb/in b. 1400 lb/in c. 143 lb/in d.988 lb/in 5020 lb/in- 726 lb/in k=3E1 44444.9944 allel 2. For k, = 800 lb/in, the spring rate of the system under load F is best given by a. 8700 lb/in b. 1020 lb/in 800+1₂ = 48 (12x165) (10²) a. 275 lb/in b.13,800 lb/in c. 476 lb/in d. 19,600 lb/in CREDIT. CIRCLE TOUR CHOICE 800 = e 3 (12x106) (10) 907 k= 493,8271605 903 61 (12×10 90 El, k-48E1/L³ K = (61)×(12x10²) १० 800+1₂=7901234568 JIN kitk₂= kea Parallel 3. Assuming a pin joint between the two members, the spring rate of the system under load F is best given by K-493.8271603 800+k2= AE, K-AE/L = 13333.33333 wa Nir