1) For the forces shown, a)Resolve the force vectors along the x and y directions, b)...

 

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1) For the forces shown, a)Resolve the force vectors along the x and y directions, b) write each force vector using the Cartesian vector notation, c) find the resultant(R) of the vectors giving magnitude and direction. Y 100lb .B 200lb 30 4 3 X VECTOR A x-component 120 LB _0/1) y-component VECTOR B X-component C 50lb VECTOR C x-component -50 LB (IPT) 0 LB y-component y-component ((0.5PT) 160 LB (1PT) 86.6 LB (IPT) 050 LB CARTESIAN Notation CARTESIAN Notation CARTESIAN Notation A = 1201 +1603 (1PT) = -501 +86.6 (IPT) C = 01-505 (0.5PT) RESULTANT(Cartesian notation): R701 +196.61 (IPT) (IPD) MAGNITUDE: 208.69 (IPT) DIRECTION: 7.4 D=724" L 15 1) For the forces shown, a)Resolve the force vectors along the x and y directions, b) write each force vector using the Cartesian vector notation, c) find the resultant(R) of the vectors giving magnitude and direction. Y 100lb .B 200lb 30 4 3 X VECTOR A x-component 120 LB _0/1) y-component VECTOR B X-component C 50lb VECTOR C x-component -50 LB (IPT) 0 LB y-component y-component ((0.5PT) 160 LB (1PT) 86.6 LB (IPT) 050 LB CARTESIAN Notation CARTESIAN Notation CARTESIAN Notation A = 1201 +1603 (1PT) = -501 +86.6 (IPT) C = 01-505 (0.5PT) RESULTANT(Cartesian notation): R701 +196.61 (IPT) (IPD) MAGNITUDE: 208.69 (IPT) DIRECTION: 7.4 D=724" L 15