The rigid bar ACE is supported by a pin at A and two horizontal aluminum rods, each of cross-sectional area 80 mm?. When the 400- kN load is applied at point E, determine (a) the axial force in rod DE...

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The rigid bar ACE is supported by a pin at A<br>and two horizontal aluminum rods, each of<br>cross-sectional area 80 mm?. When the 400-<br>kN load is applied at point E, determine (a)<br>the axial force in rod DE and (b) the vertical<br>displacement of point E. Use E = 70 GPa for<br>aluminum.<br>D<br>E<br>400 kN<br>2.5 m<br>B<br>C<br>40°<br>2.5 m i<br>

Extracted text: The rigid bar ACE is supported by a pin at A and two horizontal aluminum rods, each of cross-sectional area 80 mm?. When the 400- kN load is applied at point E, determine (a) the axial force in rod DE and (b) the vertical displacement of point E. Use E = 70 GPa for aluminum. D E 400 kN 2.5 m B C 40° 2.5 m i

Jun 11, 2022
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