This is a single-story building in Figure 1. Live load (LL) = 60 psf. Calculate LL only. No roofcalculation consideration.(1) (5%) Draw tributary area (TA=AT) with dimension on the following figure and (5%) computeit for the B1 and B2.(2) Draw idealized elements for the (10%) B1 and (10%) B2. Show all steps(3) (5%) Draw TA with dimension on the figure and compute TA of G1. (10%) Draw idealizedgirder, but JUST SKETCH, you do NOT need to calculate unit LL and reaction of the girderfor easy! (bonus 5%) What is LL (lb/ft 2 ) of B1 and B2 in order to calculate G1 reaction?
This is a single-story building in Figure 1. Live load (LL) = 60 psf. Calculate LL only. No roofcalculation consideration.(1) (5%) Draw tributary area (TA=AT) with dimension on the following figure and (5%) computeit for the B1 and B2.(2) Draw idealized elements for the (10%) B1 and (10%) B2. Show all steps(3) (5%) Draw TA with dimension on the figure and compute TA of G1. (10%) Draw idealizedgirder, but JUST SKETCH, you do NOT need to calculate unit LL and reaction of the girderfor easy! (bonus 5%) What is LL (lb/ft 2 ) of B1 and B2 in order to calculate G1 reaction?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
This is a single-story building in Figure 1. Live load (LL) = 60 psf. Calculate LL only. No roof
calculation consideration.
(1) (5%) Draw tributary area (TA=AT) with dimension on the following figure and (5%) compute
it for the B1 and B2.
(2) Draw idealized elements for the (10%) B1 and (10%) B2. Show all steps
(3) (5%) Draw TA with dimension on the figure and compute TA of G1. (10%) Draw idealized
girder, but JUST SKETCH, you do NOT need to calculate unit LL and reaction of the girder
for easy! (bonus 5%) What is LL (lb/ft 2 ) of B1 and B2 in order to calculate G1 reaction?
calculation consideration.
(1) (5%) Draw tributary area (TA=AT) with dimension on the following figure and (5%) compute
it for the B1 and B2.
(2) Draw idealized elements for the (10%) B1 and (10%) B2. Show all steps
(3) (5%) Draw TA with dimension on the figure and compute TA of G1. (10%) Draw idealized
girder, but JUST SKETCH, you do NOT need to calculate unit LL and reaction of the girder
for easy! (bonus 5%) What is LL (lb/ft 2 ) of B1 and B2 in order to calculate G1 reaction?
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