HW$23\_$#$3$ BLOCK $-$ A $50$ lb weight $E$ hangs on the end of a fle: belt which wraps over D with a coefficient of friction ${}_s=0\mathrm{.}6.$ T belt then attaches to the side of a square block A$.$ Block A sits on non$-$moving surface B with ${}_s=0\mathrm{.}7.$

Ans: A$.24\mathrm{.}02$ lb$,$ B$.31\mathrm{.}576$ lb$,$ C$.59\mathrm{.}767$ lb $,$ D$.$ static but not impendi

A$.$ Find the belt tension available at C from the $50$ lb weight, ${?}^{\text{'}}$

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B$.$ Find the belt tension at C that would make Block A slip, $T_{\text{s}\text{l}\text{i}\text{p}}.$

C$.$ Find the belt tension at C that would make Block $().$

D$.$ Fill in the correct circle: Will block A slip, tip, or is it safely static?