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A beam rests upon two springs. When force F=735 N is applied to the beams, the springs compress and the beam becomes perfectly horizontal F Li L2 B Geometry L -0.5 m I 1.9 m Spring Constants: kx 3.3 kN/m k6kN/m Determine the magnitude of force acting on the beam from spring A Determine the magnitude of force acting on the bearn from spring B Determine is the detection of spring what is the distance that spring Ai squished?) Decormine in the detection of spring B... what is the distance that spring B is squished? Force F is then removed and the springs decompress and return to their resting position. The beam is no longer horizontal Determine the angle of or of the bear from the horizontal Assumptions you can make . The beam is massion and rigid • The springs can only move in the vertical direction
Part A- Part A Determine the magnitude of force acting on the beam from spring A. Express your answer in units of N to three significant figures 19 AXDVOC ? FA N Submit Hequest Anawet Part 8 - Parte Determine the magnitude of force acting on the beam from upring B. Express your answer in units of N to three significant figures V AED VOC ? N Submit Request Answer
Part - Part Determine is the detection of spring A. (ie. what is the distance that spring A is squished?) Express your answer in units of m to three significant figures Ή ΑΣΦvec ? 772 Submit Request Answer Part D-Part D Determine is the collection of spring B. (e. what is the distance that spring Bis squished?) Express your answer in units of m to three significant figures ΗΡΗ ΑΣΦur vec ? 2 Submit Resvest Answer
Part E. Parte Forco F is then removed and the springs decompress and return to their resting position. The beam is no longer horizontal. Determine the angle of tit of the beam from the horizontal Express your answer in units of degrees to three significant figures 90 AEG Voc degrees Submit Request Answer