(1 point) Consider the following truss system. All bars are vertical or horizontal. Enter the elongation...
(1 point) Consider the following truss system. 030 All angles are as marked. Enter the elongation matrix (in the form node 1 horiz', "mode 1 vert, "node 2 horiz" etc.) (Remember that webwork uses radians for computations.) Compute a basis for the nullspace of A Basis Match the following vectors with the movements they would represent and state whether they are in the nullspace of A 0 Movement 1 Movement -1Movement 0 Movement 0 In nullspace? 1 In nullspace? No...
(1 point) Consider the following truss system. 2 교 All bars are either vertical, horizontal, or at 45° from horizontal. Enter the elongation matrix (A = B*): (in the form "node 1 horiz", "node 1 vert", "node 2 horiz" etc.) (1 point) Consider the following truss system. 2 교 All bars are either vertical, horizontal, or at 45° from horizontal. Enter the elongation matrix (A = B*): (in the form "node 1 horiz", "node 1 vert", "node 2 horiz" etc.)
(1 point) Consider the following truss system. 2 0 303 All angles are as marked. 3 30(.. 30 Enter the elongation matrix: (in the form "node 1 horiz", "node 1 vert", "node 2 horiz" etc.) (Remember that webwork uses radians for computations.) Compute a basis for the nullspace of A. Basis
0 Course. [MAT 210 NI Sections] / Χ O MAT 210 All 5ections: Truss Syste Χ WeBWorK : math2 10 : Truss_Sys., ぐ → C ⓘGüvenli degil webwork.no.metu.edu.tr/webwork2/math210/Truss System-Rowsp-and-Nullsp/1/ Problemn 4 The answer above is NOT correct. (1 point) Consider the following truss system. All bars are either vertical, horizontal, or at 45 from horizontal. Enter the elongation matrix: in the form "node 1 horiz", 'node 1 vert', "node 2 horiz" etc.) 2 (1220 21 (Remember that webwork uses radians...