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Physics 16 Online
OpenStudy (anonymous):

a pully has a mass of 2kg one one side and 4kg on the other side. calculate the acceleration of the system The net force on each block The tension in the string connecting the blocks

OpenStudy (anonymous):

acceleration is g/3 2kg up and 4kg down

OpenStudy (anonymous):

tension is 8g/3

OpenStudy (anonymous):

net force on 2kg block is 2g/3 upwards and 4g/3 downwards on the 4kg block

OpenStudy (anonymous):

please give exact value

OpenStudy (anonymous):

assume gravity is 9.81

OpenStudy (anonymous):

|dw:1324355708055:dw| the heavier will drag the lighter, so T=4kg(g)-2kg(g), gis gravity, lets say it is 9.8m/s² net force act on the heaver obj = 2N (downward force) F = ma, where the mass of whole system is 6kg so: 2N=6kg(a) a=1/3m/s² , acceleration

OpenStudy (anonymous):

opps sum mistake

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