Question

Pluto 0.62 1.35 Titan (largest moon of Saturn) Triton (largest moon of Neptune) Venus 0.78 8.87 Problem As shown below, on Venus a beam of length L is leaning against a frictionless wall and is in static equilibrium. The center of mass of the beam is located 0.8L from the lower end of the beam and the beam is exerting a force of 12 N on the wall. Determine the beam's mass and the minimum coefficient of static friction between the floor and the beam. beam's mass = Us, min =

The value of the length of the beam on Venus is 8.87

Answer 1

Mass of the Beam is 1.28 kg and minimum
Neondm tuequcstion, man in im RHF) +9e Face on E F F Fs 12 weoppyrlorque SamuJa FaM ealevte mas 'm' YBeom H Fesm UEM42 FA an Fs FM dismrd L 3.37 12LY Sinso + mg 0-3Lsin4o = o 970-SIn4o --8 inqs M

40 1482 EN 11.58 H FA FS We sdmine uat Fuw 12H 11.8 1.D.3 2.
coefficient of statics friction is 1.03