The inclined beam shown is supported by a pin at the left end and a roller at the right end. The rise:run of the beam is h/L=5ft:15ft, what is the actual (sloping) length of the beam?PART A. A vertical point load of P=48 kips is applied at the midspan of the beam. Raplace the point load vector P with its two vector components oriented parallel to the beam (Pa) and paerpendicular to the beam (Pb). State the magnitudes of Pa and Pb.PART B. A vertical distributed load of w=3.2 kip/ft is applied along the length of the beam. Replace the distributed load vector (w) with its two vector components oriented parallel to the beam (wa) and perpendicular to the beam (Wb). What are the magnitudes of Wa and Wb? Part APAIPhPRPact BWWbWaWa

Calculate the angle and the actual length of the beam.

Answered: Part A PA I Ph PR Pact B W Wb Wa Wa

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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The inclined beam shown is supported by a pin at the left end and a roller at the right end. The rise:run of the beam is h/L=5ft:15ft, what is the actual (sloping) length of the beam?

PART A. A vertical point load of P=48 kips is applied at the midspan of the beam. Raplace the point load vector P with its two vector components oriented parallel to the beam (P_a) and paerpendicular to the beam (P_b). State the magnitudes of P_a and P_b.
PART B. A vertical distributed load of w=3.2 kip/ft is applied along the length of the beam. Replace the distributed load vector (w) with its two vector components oriented parallel to the beam (w_a) and perpendicular to the beam (W_b). What are the magnitudes of W_a and W_b?

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