Prob. 2.2-11. A rigid, weightless beam BD supports a load P and is, in turn, supported by two hanger rods, (1) and (2), as shown in Fig. P2.2-11. The rods are initially the same length L= 6 ft and are...


Prob. 2.2-11. A rigid, weightless beam BD supports a load P<br>and is, in turn, supported by two hanger rods, (1) and (2), as<br>shown in Fig. P2.2-11. The rods are initially the same length<br>L= 6 ft and are made of the same material. Their rectangu-<br>lar cross sections have original dimensions (w, 1.5 in., 1, =<br>0.75 in.) and (w, = 2.0 in. t, 1.0 in.), respectively. (a) At<br>what location, b, must the load P act if the axial stress in the<br>two bars is to be the same, i.e., a, = o,? (b) What is the mag-<br>nitude of this tensile stress if a load of P = 40 kips is applied<br>at the location determined in Part (a)?<br>4.5 ft<br>(1)<br>(2)<br>6 ft<br>Rigid, weightless<br>C<br>D.<br>

Extracted text: Prob. 2.2-11. A rigid, weightless beam BD supports a load P and is, in turn, supported by two hanger rods, (1) and (2), as shown in Fig. P2.2-11. The rods are initially the same length L= 6 ft and are made of the same material. Their rectangu- lar cross sections have original dimensions (w, 1.5 in., 1, = 0.75 in.) and (w, = 2.0 in. t, 1.0 in.), respectively. (a) At what location, b, must the load P act if the axial stress in the two bars is to be the same, i.e., a, = o,? (b) What is the mag- nitude of this tensile stress if a load of P = 40 kips is applied at the location determined in Part (a)? 4.5 ft (1) (2) 6 ft Rigid, weightless C D.

Jun 11, 2022
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