Given the FBD of an inclined beam with a uniform load normal to the surface, determine the magnitude (lbs) of the resultant reaction on the pin located at node C. In other words, what is the total resultant force reaction due to Cx and Cy on the pin at C? Do not include units or a sign in your answer.

          Given the FBD of an inclined beam with a uniform load normal to the
surface, determine the magnitude (lbs) of the resultant reaction on the pin
located at node C. In other words, what is the total resultant force
reaction due to Cx and Cy on the pin at C? Do not include units or a sign
in your answer.

Given the FBD of an inclined beam with a uniform load normal to the
surface, determine the magnitude (lbs) of the resultant reaction on the pin
located at node C. In other words, what is the total resultant force
reaction due to Cx and Cy on the pin at C? Do not include units or a sign
in your answer.

Added by Christopher L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Akancha C

Step 1

The load is uniformly distributed along the beam, so the total load is the load per foot (30 plf) times the length of the beam (6 ft), which equals 180 lbs. Show more…

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Given the FBD of an inclined beam with a uniform load normal to the surface, determine the magnitude (lbs) of the resultant reaction on the pin located at node C. In other words, what is the total resultant force reaction due to Cx and Cy on the pin at C? Do not include units or a sign in your answer. 1 30 plf X Z ft 6 ft