Question: Name 2 . ( 2 5 points ) For the structure below, apply the force method assuming that the vertical reaction at B is the

Name
2.(25 points) For the structure below, apply the force method assuming that the vertical reaction at B is the redundant force.
a. What is the degree of static indeterminacy?
b. What is the degree of kinematic indeterminacy, neglecting axial deformation? In other words, what is the total number of possible nodal displacements or rotations?
c. Draw the primary structure and sketch its deflection under the actual and redundant loads.
d. Use the beam deflection and slope tables to calculate the deflections of the primary structure under the actual and redundant loads at the point of application of the redundant load.
e. Write a compatibility equation that links the above deflections.
f. Solve for the redundant reaction force at B .
g. Solve for the remaining reactions at B and C.
Name 2 . ( 2 5 points ) For the structure below,

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