The simply supported beam has a pin at A and a roller at B. A point load P acts at 2.5 m from A, inclined at 40° to the horizontal. Find the magnitude of the horizontal reaction Ax at the pin A.
Beam support reactions worksheet with answers
The simply supported beam has a pin at A and a roller at B. Find the vertical support reaction RB.
The beam has a pin at A and a roller at B, 3 m from A, and overhangs B to the free end C. Find the vertical reaction RB, taking upward as positive.
The beam has a pin at A and a roller at B, 6 m from A, and overhangs B to the free end C. Find the vertical reaction RA, taking upward as positive.
The simply supported beam has a pin at A and a roller at B. A load P acts at 2.5 m from A, inclined at 50° to the horizontal, and a vertical load Q acts at 1.5 m from A. Find the magnitude of the total reaction force RA at the pin A.
A compound beam is fixed to the wall at A, has an internal hinge at C (4 m from A) and rests on a roller at D (8 m from A). It carries a point load P at 7 m from A. Find the magnitude of the reaction moment MA at the wall.
Answer key
- 1. Ax = 53.62 kN
- 2. RB = 9.375 kN
- 3. RB = 81.67 kN
- 4. RA = 18.33 kN
- 5. RA = 53.99 kN
- 6. MA = 55 kN·m
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