The pipe assembly is subjected to the action of a wrench at [latex]B[/latex] and a couple at [latex]A[/latex]. Determine the magnitude [latex]F[/latex] of the couple forces so that the system can be simplified to a wrench acting at point [latex]C[/latex].   Given:   [latex]a[/latex] = [latex]0.6[/latex] [latex]m[/latex]   [latex]b[/latex] = [latex]0.8[/latex] [latex]m[/latex]   [latex]c[/latex] = [latex]0.25[/latex] [latex]m[/latex]   [latex]d[/latex] = [latex]0.7[/latex] [latex]m[/latex]   [latex]e[/latex] = [latex]0.3[/latex] [latex]m[/latex]   [latex]f[/latex] = [latex]0.3[/latex] [latex]m[/latex]   [latex]g[/latex] = [latex]0.5[/latex] [latex]m[/latex]   [latex]h[/latex] = [latex]0.25[/latex] [latex]m[/latex]   [latex]P[/latex] = [latex]60[/latex] [latex]N[/latex]   [latex]Q[/latex] = [latex]40[/latex] [latex]N[/latex]

Question : The pipe assembly is subjected to the action of a wrench at ...

Engineering Mechanics: Statics-Solution Manual [EXP-5373]

The pipe assembly is subjected to the action of a wrench at $B$ and a couple at $A$ . Determine the magnitude $F$ of the couple forces so that the system can be simplified to a wrench acting at point $C$ .

Given:

$a$ = $0.6$ $m$

$b$ = $0.8$ $m$

$c$ = $0.25$ $m$

$d$ = $0.7$ $m$

$e$ = $0.3$ $m$

$f$ = $0.3$ $m$

$g$ = $0.5$ $m$

$h$ = $0.25$ $m$

$P$ = $60$ $N$

$Q$ = $40$ $N$

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