m 20) A uniform wood beam (Wwood 2,000 N and L-6 meter) has a load of bricks (Wbricks 5,000 N) placed on the beam raricks 4 meters from the end, Bob (Wob 1,000 N) is standing on the wood beam rob Im from the end. At what positions (d) measured from the far-left end of the board would the triangle be placed so that the system is balanced? Tricks
m 20) A uniform wood beam (Wwood 2,000 N and L-6 meter) has a load of bricks (Wbricks 5,000 N) placed on the beam raricks 4 meters from the end, Bob (Wob 1,000 N) is standing on the wood beam rob Im from the end. At what positions (d) measured from the far-left end of the board would the triangle be placed so that the system is balanced? Tricks
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![20) A uniform wood beam (Wwood = 2,000 N and L=6 meter) has a load of bricks (Wbricks = 5,000 N) placed on the
beam raricks 4 meters from the end, Bob (Waob = 1,000 N) is standing on the wood beam raob Im from the end.
At what positions (d) measured from the far-left end of the board would the triangle be placed so that the system
is balanced?
Tricks](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0694005b-3cc2-452c-9b75-517869d0a9bb%2F08aad524-0e65-443b-a6bc-333d57b249b4%2Fmmxwsbc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:20) A uniform wood beam (Wwood = 2,000 N and L=6 meter) has a load of bricks (Wbricks = 5,000 N) placed on the
beam raricks 4 meters from the end, Bob (Waob = 1,000 N) is standing on the wood beam raob Im from the end.
At what positions (d) measured from the far-left end of the board would the triangle be placed so that the system
is balanced?
Tricks
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