Three masses, m1=8.6kg, m2=3.7kg and m3=5.3kg are places on a coordinate system with position vectors listed below in the same order. r1=( 5m) i + ( -4m) j r2=( -4m) i + ( -8m) j r3=( 2m) i + ( Om)j Please note bold characters are vectors with i and j are unit vectors. Find the y-component of the position of the center of mass of this three particle system. Express your answer in units of meters using two decimal places.

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Three masses, mj=8.6kg, m2=3.7kg and m3=5.3kg are places on a coordinate system with position vectors listed below in the same order.
r1=(5m) i + ( -4m) j
r2=( -4m) i + ( -8m) j
r3=( 2m) i + ( Om) j
Please note bold characters are vectors with i and j are unit vectors. Find the y-component of the position of the center of mass of this three particle system. Express
your answer in units of meters using two decimal places.
Transcribed Image Text:Three masses, mj=8.6kg, m2=3.7kg and m3=5.3kg are places on a coordinate system with position vectors listed below in the same order. r1=(5m) i + ( -4m) j r2=( -4m) i + ( -8m) j r3=( 2m) i + ( Om) j Please note bold characters are vectors with i and j are unit vectors. Find the y-component of the position of the center of mass of this three particle system. Express your answer in units of meters using two decimal places.
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