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Y KN -3m-7 10+ A X KN 4 m B 1. Determine the deviation of B with respect to the tangent at A 2. Determine the deviation of A with respect to the tangent at B 3. Determine the deviation under the load Y with respect to the tangent at A 4 Determine the deviation under the load X with respect to the tangent at A X=227 Y= 38 A-I

Y KN -3m-7 10+ A X KN 4 m B 1. Determine the deviation of B with respect to the tangent at A 2. Determine the deviation of A with respect to the tangent at B 3. Determine the deviation under the load Y with respect to the tangent at A 4 Determine the deviation under the load X with respect to the tangent at A X=227 Y= 38 A-I

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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All units must be in KN or m.

Situation #1 3 m El is Constant (Assume El = 1 kN-m²) Y KN 10 + A X KN 4m B 1. Determine the deviation of B with respect to the tangent at A 2. Determine the deviation of A with respect to the tangent at B 3. Determine the deviation under the load Y with respect to the tangent at A 4. Determine the deviation under the load X with respect to the tangent at A 5. Determine the deviation under the load Y with respect to the tangent at B 6. Determine the deviation under the load X with respect to the tangent at B 7. Determine the slope at A 8. Determine the slope at B 9. Determine the location of the maximum deflection from A 10. Determine the maximum deflection 11. Determine the angle in radians between the tangents at A and tangent at B 12. Determine the angle in radians between the tangents at A and tangent under the load Y 13. Determine the angle in radians between the tangents at A and tangent under the load X X=227 Y= 38 A-I B=2 C=2 DU
Transcribed Image Text:Situation #1 3 m El is Constant (Assume El = 1 kN-m²) Y KN 10 + A X KN 4m B 1. Determine the deviation of B with respect to the tangent at A 2. Determine the deviation of A with respect to the tangent at B 3. Determine the deviation under the load Y with respect to the tangent at A 4. Determine the deviation under the load X with respect to the tangent at A 5. Determine the deviation under the load Y with respect to the tangent at B 6. Determine the deviation under the load X with respect to the tangent at B 7. Determine the slope at A 8. Determine the slope at B 9. Determine the location of the maximum deflection from A 10. Determine the maximum deflection 11. Determine the angle in radians between the tangents at A and tangent at B 12. Determine the angle in radians between the tangents at A and tangent under the load Y 13. Determine the angle in radians between the tangents at A and tangent under the load X X=227 Y= 38 A-I B=2 C=2 DU
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