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Find the moment of the force along AB about point C by using a determinate to solve (see video 3-21). Recall that forces are sliding vectors and they can be slid anywhere along it's path, this is know as transmissibility. Solve the problem twice (a) using a position vector from C to B, (b) using a position vector from C to A. Did you get the same answer? Ignore the cross sectional dimensions of the members. Hint: See videos 3-05 and 3-06. 1400mm A 1480mm C 870 B Answer(s): <-655,-630, 623 > 2350mm 1100mm D 1100mm

Find the moment of the force along AB about point C by using a determinate to solve (see video 3-21). Recall that forces are sliding vectors and they can be slid anywhere along it's path, this is know as transmissibility. Solve the problem twice (a) using a position vector from C to B, (b) using a position vector from C to A. Did you get the same answer? Ignore the cross sectional dimensions of the members. Hint: See videos 3-05 and 3-06. 1400mm A 1480mm C 870 B Answer(s): <-655,-630, 623 > 2350mm 1100mm D 1100mm

Structural Analysis
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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Engineering Mechanics

Find the moment of the force along AB about point C by using a determinate to solve (see video 3-21). Recall that forces are sliding vectors and they can be slid anywhere along it's path, this is know as transmissibility. Solve the problem twice (a) using a position vector from C to B, (b) using a position vector from C to A. Did you get the same answer? Ignore the cross sectional dimensions of the members. Hint: See videos 3-05 and 3-06. 1400mm y A 1480mm Answer(s): <-655,-630,623 > 2350mm 1100mm D 1100mm O 870N B
Transcribed Image Text:Find the moment of the force along AB about point C by using a determinate to solve (see video 3-21). Recall that forces are sliding vectors and they can be slid anywhere along it's path, this is know as transmissibility. Solve the problem twice (a) using a position vector from C to B, (b) using a position vector from C to A. Did you get the same answer? Ignore the cross sectional dimensions of the members. Hint: See videos 3-05 and 3-06. 1400mm y A 1480mm Answer(s): <-655,-630,623 > 2350mm 1100mm D 1100mm O 870N B
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