For the concurrent force system shown in Fig.1, find the resultant by the components method? Show...

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For the concurrent force system shown in Fig.1, find the resultant by the components method? Show all your calculations and use 3dec. places. 2525 Fig.1 2500 P 60 40 A, 65 A, 20 2490 NOTE: Use 3 decimal places and show all your calculations: It is individual assignment, use your assigned number. 2550 (A) Find the horizontal and vertical components of the forces? Magnitude Angle (N) Force X-Component Y-Component P1 ..... P2 ...... ........ P3 P4 .... ... ...... EF = ΣF.. (B) Sketch the resultant force on the coordinate system. (C) Find the magnitude of the Resultant Force? (D) Find the direction of the Resultant force? (E) The location of the Resultant force: The Resultant of the forces lies in the ..quadrant. N@ (1 decimal place) R = counterclockwise from the positive x axis. (3 decimal places) For the concurrent force system shown in Fig.1, find the resultant by the components method? Show all your calculations and use 3dec. places. 2525 Fig.1 2500 P 60 40 A, 65 A, 20 2490 NOTE: Use 3 decimal places and show all your calculations: It is individual assignment, use your assigned number. 2550 (A) Find the horizontal and vertical components of the forces? Magnitude Angle (N) Force X-Component Y-Component P1 ..... P2 ...... ........ P3 P4 .... ... ...... EF = ΣF.. (B) Sketch the resultant force on the coordinate system. (C) Find the magnitude of the Resultant Force? (D) Find the direction of the Resultant force? (E) The location of the Resultant force: The Resultant of the forces lies in the ..quadrant. N@ (1 decimal place) R = counterclockwise from the positive x axis. (3 decimal places)

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2525 2500 T40 20 2490 2550 Fosice Magniluden Anglel Xcomponent Pi 2500 ... View the full answer