(Solved): A beam is supported by a pin at point \( A \) and a cable at point C. An upwards force \( F_{1}=20 \ ...

A beam is supported by a pin at point \( A \) and a cable at point C. An upwards force \( F_{1}=20 \mathrm{lb} \) acts at point \( \mathrm{B} . \mathrm{A} \) uniformly distributed load pushes down on the beam in the position shown. Let the distance between point \( B \) and the left edge of the distributed load be \( d_{1}= \) 1.9 ft . [Hint: For this question, it is helpful to draw shear and bending moment diagrams. Use conventional coordinate directions: x is positive to the right and y is positive upward.]: Determine the normal force acting on the beam at point B., Determine the shear force acting on the beam immediately to the right of point B, At what distance from point A does the beam experience the largest positive value of bending moment?What is the value of the largest positive bending moment experienced by the beam?At what distance from point A does the beam experience the most negative value of bending moment?What is the value of the most negative bending moment experienced by the beam?