Question: TV X her attempted-1 S Astatically determinate frame is shown below, L-3mandq=6 kN/m. Compute the component forces, support reactions and internal forces at Sections Band




TV X her attempted-1 S Astatically determinate frame is shown below, L-3mandq=6 kN/m. Compute the component forces, support reactions and internal forces at Sections Band D (All reaction force and internal force answers to be entered as absolute values wered HT wered 21 swered swered sm swered swered swered a swered Horizontal component of the resultant force of UDLQ KN wered wered Rain.com DO 02 TV kth Assignment 1-3101E X Assignment 1 C Get Homework Help un attempt/33916?resource_link_id=_6739664_1 Vertical component of the resultant force Q (of UDL ) Qy= KN O of o | b) Reaction forces: RAY KN REX = KN ( 1) un attempt/55916/resource_link_id=_6739664 REX = KN O d REY KN 1 d d d d d c) d Use freebody AB d Internal axial force d Ng = KN d - (T) + C) N/A Internal shear force VB = KN o 1 o Internal moment Mg = kNm 0-) hp d) Use freebody DE Internal axial force No = KN 0 (0) ( (T) Internal shear force Vo = KN o Internal moment Mp = kNm o or TV X her attempted-1 S Astatically determinate frame is shown below, L-3mandq=6 kN/m. Compute the component forces, support reactions and internal forces at Sections Band D (All reaction force and internal force answers to be entered as absolute values wered HT wered 21 swered swered sm swered swered swered a swered Horizontal component of the resultant force of UDLQ KN wered wered Rain.com DO 02 TV kth Assignment 1-3101E X Assignment 1 C Get Homework Help un attempt/33916?resource_link_id=_6739664_1 Vertical component of the resultant force Q (of UDL ) Qy= KN O of o | b) Reaction forces: RAY KN REX = KN ( 1) un attempt/55916/resource_link_id=_6739664 REX = KN O d REY KN 1 d d d d d c) d Use freebody AB d Internal axial force d Ng = KN d - (T) + C) N/A Internal shear force VB = KN o 1 o Internal moment Mg = kNm 0-) hp d) Use freebody DE Internal axial force No = KN 0 (0) ( (T) Internal shear force Vo = KN o Internal moment Mp = kNm o or
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