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T2 TI 02 θ! 16.67 pts. 10096 2% try penalty Hints: 0,0 A. # tries: 0 show Details This system of three forces is in equilbrium. What is the magnitude of T1? W 40 N 01 300 θ2 600 Format Check (include units with answer)16.67 pts, 100% # tries: 0 show Details Format Check 2% try penalty 6.0 Hints: 3,0 14.0 This system of four forces is in equilibrium A-18° В 320 W-14.0 Ib H-6.0 lb What is the magnitude of G? (include units with answer)Determine the direction (angle) of the vector S. (+ CCW from X) 16.67 pts, 100% C. # tries. O Show Details B = 6.0i +-2.0j C 4.0i -8.0j S=A+B-C (include units with answer) · Format Check 296 try penalty Hints: 1,2

A.

This system of three forces is in equilbrium. What is the magnitude of \(\mathrm{T} 1\) ? \(\mathrm{W}=40 \mathrm{~N}\)

\(\theta 1=30^{\circ}\)

\(\theta 2=60^{\circ}\)

B.

This system of four forces is in equilibrium. \(A=18^{\circ}\)

\(\mathrm{B}=32^{\circ}\)

\(\mathrm{W}=14.0 \mathrm{lb}\)

\(\mathrm{H}=6.0 \mathrm{lb}\)

What is the magnitude of G? (include units with answer)

C.

Determine the direction (angle) of the vector S. (+ CCW from \(X\) )

\(\mathbf{A}=-7.0 \mathbf{i}+-3.0 \mathbf{j}\)

\(\mathbf{B}=6.0 \mathbf{i}+-2.0 \mathbf{j}\)

\(\mathbf{C}=4.0 \mathbf{i}+-8.0 \mathbf{j}\)

\(\mathbf{S}=\mathbf{A}+\mathbf{B}-\mathbf{C}\)

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