Consider the Fink truss shown in Figure Q1.1 with forces anddimensions as shown. The truss is supported at A by a rollerand at G by a pin The truss is subjected to 4 applied loads atjoints D, E, F, and G as shown. The loads at joints D, F, and Gare perpendicular as shown.1000 N902000 NF90°B.901000 N90°30°12 m zmm3012 mC12 mE1000 NFigure Q1.1(0)(ii)Calculate the length of members GF and FD.Draw a free body diagram of the truss showing all theforces and moments acting on the member and allreaction forces and moments.

(ii) Free body diagram of the truss:

Consider the Fink truss shown in Figure Q1.1 with forces and dimensions as shown. The truss is supported at A by a roller and at G by a pin The truss is subjected to 4 applied loads at joints D, E, F, and G as shown. The loads at joints D, F, and G are perpendicular as shown. 1000 N D. 90° 2000 N F. 90° 1000 N 90° G 90 30 30 12 m C 12 m E 12 m

Consider the Fink truss shown in Figure Q1.1 with forces and dimensions as shown. The truss is supported at A by a roller and at G by a pin The truss is subjected to 4 applied loads at joints D, E, F, and G as shown. The loads at joints D, F, and G are perpendicular as shown. 1000 N D. 90° 2000 N F. 90° 1000 N 90° G 90 30 30 12 m C 12 m E 12 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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