Reminder: Start each problem on a new page. Multi$-$part problems can be completed on the same page.

All homework problems for this assignment must be completed on engineering paper. This assignment is

still out of $40$ points even though there are $5$ problems.

Consider the beam shown in the diagram below:

$0NI$

a$.$ List the support type at Points A and B$.$

b$.$ Determine the equivalent point load magnitude of the $7\frac{N}{m}$ distributed load.

c$.$ Draw a FBD for the beam, replacing the angled $9$ N force with an equivalent $x-Y$ force

pair.

d$.$ Write the equilibrium equations using the FBD from Part c $.$

e$.$ Solve for the support reaction$($s$)$ at Points A and B$.$

You started opening a door to exit Town Engineering and got stuck with the door part way open.

If there is a uniformly distributed load of $3\mathrm{.}75$ pound$/$foot attempting to close the door, what amount

of force, F$,$ have you applied to the door? $($Hint: if the door got "stuck" static equilibrium has been

reached.$)$ The door is $32$ inches wide; your applied force is $6$ inches from the end of the door $($shown

below$),$ the door is open at $30(),$ and your applied force is at an angle of $30$ to the door $().$