acceleration of system we got 4.15m[tex]s^{2}[/tex]
We are well aware that two bodies with different masses are hung from the pulley in Atwood's novel.
The following provides the atwood's acceleration:
a=((m2-m1)/(m2+m1))
g, where g is the acceleration caused by gravity and m2 and m1 are the masses of the heavier and lighter bodies, respectively.
In response to the question, m2=10.9, m1=4.43, and g=9.8
in above formula, we got
a=[(10.9-4.43)/(10.9+4.43)]×9.8
=>a=[(6.47)/(15.33)]×9.8
=>a=4.15m.
Consequently, an atwood machine is created with two masses: one weighing 4.43 kg and the other 10.9 kg. The system accelerates at a rate of 4.15 m/s when it is freed from rest..
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