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A bracket is loaded and supported as shown, where w_(1)=444(N)/(m),w_(2)=517(N)/(m),F_(1)=734N,F_(2)=391N,F_(3)=566N,a=2.7m,b=1.6m,c=2.8m , and d=2.0 m. Determine the magnitude of the horizontal component (A_(x)) at support A
A bracket is loaded and supported as shown, where
w_(1)=444(N)/(m),w_(2)=517(N)/(m),F_(1)=734N,F_(2)=391N,F_(3)=566N,a=2.7m,b=1.6m,c=2.8m, and
d=2.0 m.\ Determine the magnitude of the horizontal component
(A_(x)) at support
A, neglecting the weight of the bracket.
A bracket is loaded and supported as shown, where w1=444N/m,w2=517N/m,F1=734N,F2=391N,F3=566N,a=2.7m,b=1.6m,c=2.8m, and d=2.0 m. Determine the magnitude of the horizontal component (AX) at support A, neglecting the weight of the bracket
A bracket is loaded and supported as shown, where
w_(1)=444(N)/(m),w_(2)=517(N)/(m),F_(1)=734N,F_(2)=391N,F_(3)=566N,a=2.7m,b=1.6m,c=2.8m, and
d=2.0m.\ Determine the magnitude of the horizontal component
(A_(x))at support
A, neglecting the weight of the bracket.
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