Beam $3$: Calculate the Uniformly Distributed Load $($w$)$ Column B$2$: Calculate the Total Load

Calculate the total load on Column B$2$ by completing the table below, using correct units. $(25$ pt $)$ You must:

Use this sheet.

Show all math and use correct units in all diagrams and answers. No credit given if missing or wrong units.

As always neatness, professionalism, and the ability to follow directions count in your score.

TYPICAL FLOOR FRAMING PLAN

The combined total live and dead load floor load on the above plan is $100$ psf $.$ The load tributary width of Beam $3$ is shown on the plan.

a$)$ Which members are supporting Beam $3?(5$ pt $)$

b$)$ Which members is Girder $C$ supporting? $(5$ pt $)q,$

c$)$ Which members is Column B$2$ supporting? $(5$ pt $)q,$ Beam $3$: Calculate the Uniformly Distributed Load $($w$)$

Calculate and explicitly state the uniformly distributed load $($w$)$ on Beam $3$ using correct units. $(10$ pt$)$

Beam $3$: Draw the Free$-$body Diagram

Clearly draw & dimension the free$-$body diagram of Beam $3.(10$ pt $)$

Beam $3$: Calculate Reactions R$1$ and R$2$

Calculate and state the reactions R$1$ and R$2$ for beam $3$ using the correct units $($hint: can use the equations

from Topic Sheet A$3).(10$ pt$)$

Beam $3$: Calculate the maximum Moment and the maximum Shear

Calculate and state the maximum shear and maximum moment in Beam $3$ using correct units $($hint: can use

the equations from Topic Sheet A$3).(5$ pt$)$

Girder C: Draw the Free$-$body Diagram

Clearly draw & dimension the free$-$body diagram of Girder C graphically showing loads, dimensions, & its

reactions $R3$&$R4.(10$ pt$)$

Girder C: Calculate Reactions R$3$ and R$4$

Calculate and explicitly state Girder C reactions R$3$ & R$4$ using correct units. $(10$ pt$)$

Girder C: Calculate the maximum Moment and the maximum Shear

Calculate and state the maximum shear and maximum moment in Girder $C$ using correct units $($hint: can

use the equations from Topic Sheet A$3).(5$ pt$)$ Column B$2$: Calculate the Total Load

Calculate the total load on Column B$2$ by completing the table below, using correct units. $(25$ pt $)$

Calculate and explicitly state the uniformly distributed load $($w$)$ on Beam $3$ using correct units. $(10$ pt$)$

Beam $3$: Draw the Free$-$body Diagram

Clearly draw & dimension the free$-$body diagram of Beam $3.(10$ pt $)$

Beam $3$: Calculate Reactions R$1$ and R$2$

Calculate and state the reactions R$1$ and R$2$ for beam $3$ using the correct units $($hint: can use the equations

from Topic Sheet A$3).(10$ pt$)$

Beam $3$: Calculate the maximum Moment and the maximum Shear

Calculate and state the maximum shear and maximum moment in Beam $3$ using correct units $($hint: can use

the equations from Topic Sheet A$3).(5$ pt$)$

Girder C: Draw the Free$-$body Diagram

Clearly draw & dimension the free$-$body diagram of Girder C graphically showing loads, dimensions, & its

reactions $R3$&$R4.(10$ pt$)$

Girder C: Calculate Reactions R$3$ and R$4$

Calculate and explicitly state Girder C reactions R$3$ & R$4$ using correct units. $(10$ pt$)$

Girder C: Calculate the maximum Moment and the maximum Shear

Calculate and state the maximum shear and maximum moment in Girder $C$ using correct units $($hint: can

use the equations from Topic Sheet A$3).(5$ pt$)$