Question

Bonus Problem: The three bars A, B and C are bolted to a bracket as shown in the figure. If the force T = 1200 N find the force P and the angle \(\theta\) so that the bolted joint is in static equilibrium. To receive any credit you must use only the value of F listed against your name in column 3 of the table provided on the last page of this test. Points-distribution: Neatly and precisely drawn FBD of the bolted joint: 10 points Detailed and step by step solution/calculation: 15 points Units: 5 points Maximum penalty for not maintaining neatness, legibility and organization: 18 points

          Bonus Problem: The three bars A, B and C are bolted to a bracket as shown in the figure. If the force T = 1200 N find the force P and the angle \(\theta\) so that the bolted joint is in static equilibrium. To receive any credit you must use only the value of F listed against your name in column 3 of the table provided on the last page of this test.

Points-distribution:
Neatly and precisely drawn FBD of the bolted joint: 10 points
Detailed and step by step solution/calculation: 15 points
Units: 5 points
Maximum penalty for not maintaining neatness, legibility and organization: 18 points

Bonus Problem: The three bars A, B and C are bolted to a bracket as shown in the figure. If the force T = 1200 N find the force P and the angle θ so that the bolted joint is in static equilibrium. To receive any credit you must use only the value of F listed against your name in column 3 of the table provided on the last page of this test.

Points-distribution:
Neatly and precisely drawn FBD of the bolted joint: 10 points
Detailed and step by step solution/calculation: 15 points
Units: 5 points
Maximum penalty for not maintaining neatness, legibility and organization: 18 points

Added by Heather P.

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