The system, which is initially stationary, started to move with in the figure below. Since, m1 = 5g, m2 = 10g, m3 displaced after 4 seconds? (Assume that the surfaces and joints are frictionless, the paths are long enough, g = 9.8 m/s².) weights as shown 25g, how much will m2 m1 and m3 be %3D m2 m1 m3 a) 52,4 m b) 45,8 m c) 19,6 m d) 78, 4 m e) 39,2 m
The system, which is initially stationary, started to move with in the figure below. Since, m1 = 5g, m2 = 10g, m3 displaced after 4 seconds? (Assume that the surfaces and joints are frictionless, the paths are long enough, g = 9.8 m/s².) weights as shown 25g, how much will m2 m1 and m3 be %3D m2 m1 m3 a) 52,4 m b) 45,8 m c) 19,6 m d) 78, 4 m e) 39,2 m
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The system, which is initially stationary, started to move with m, and m3 weights as shown
in the figure below. Since, m1
displaced after 4 seconds? (Assume that the surfaces and joints are frictionless, the paths are
long enough,
g = 9.8 m/s2.)
5g, m2
10g, m3
25g, how much will
m2
be
m2
m1
m3
a) 52,4 m
b) 45,8 m
c) 19,6 m
d) 78, 4 m
e) 39,2 m
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