Answer:
T₁ = 566.67 N , T₂ = 333.33 N
Step-by-step explanation:
given,
weight of scaffold = 200 N
Length of the scaffold = 3 m
Weight of worker = 700 N
distance of worker from Tension 1 rope = 1 m
we need to calculate T₁ and T₂
as the system is in equilibrium
∑ F_v = 0
T₁ + T₂ = 700 N + 200 N......(1)
moment in the system will also be zero
∑ M = 0
taking moment about T₁
now,
T₂ x 3 - 700 x 1 - 200 x 1.5= 0
T₂ = 333.33 N
from equation 1
T₁ = 900 - 333.33
T₁ = 566.67 N
hence, tension on the rope is T₁ = 566.67 N , T₂ = 333.33 N