Q# No 01: Consider the system of pulleys, masses and string shown in figure. A light string of length b is attached at point A, passes over a pulley at point B located a distance of 2d away, and finally attaches to mass mi.Another pulley with mass m2 attached passes over the string, pulling it down between A and C calculate the distance xi when the system is in equilibrium and determine whether the equilibriums stable or unstable.The pulleys are massless 2d
Q# No 01: Consider the system of pulleys, masses and string shown in figure. A light string of length b is attached at point A, passes over a pulley at point B located a distance of 2d away, and finally attaches to mass mi.Another pulley with mass m2 attached passes over the string, pulling it down between A and C calculate the distance xi when the system is in equilibrium and determine whether the equilibriums stable or unstable.The pulleys are massless 2d
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Transcribed Image Text:Q# No 01: Consider the system of pulleys, masses and string shown in figure. A light string
of length b is attached at point A, passes over a pulley at point B located a distance of 2d
away, and finally attaches to mass mi.Another pulley with mass m2 attached passes over the
string, pulling it down between A and C calculate the distance xi when the system is in
equilibrium and determine whether the equilibriums stable or unstable.The pulleys are
massless
2d
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