Collar $A$ is connected as shown to load $W.$ It can slide on a frictionless horizontal rod. Assume weight of collar $A$ is zero. Determine the magnitude of the external force $P$ required to maintain the equilibrium of the collar for a given load $W.$ The tension in the cable between points A and $B$ is denoted as $T_{BA}.$

$W=350$ pounds

$x=13$ inches

Calculate the the absolute value of the tension $T_{BA}$ in the cable in pounds. $($Type in an integer.$)$

Calculate the absolute value of the force $P.($Type in an integer.$)$

Calculate the absolute value of the vertical force at point A$.($Type in an integer.$)$

$T_{BA}$ equals $q,$ pounds.

Pequals $q,$ pounds.

The vertical force at point A equals pounds.