mdNING, LAE SE UNDA ICT DUTUUU TUD I CLI TDI nght rigid rod 300mm long is supported horizontal]y at its ends by two vertical strings. A weight of 60 N is attached to the rod a distance of 90 mm from end A. Find the tension in the strings. An object of mass 5 kg moving at a velocity of 16 s strikes another of mass 3 kg at rest. The two masses continue in motion together. Find their common velocity.
mdNING, LAE SE UNDA ICT DUTUUU TUD I CLI TDI nght rigid rod 300mm long is supported horizontal]y at its ends by two vertical strings. A weight of 60 N is attached to the rod a distance of 90 mm from end A. Find the tension in the strings. An object of mass 5 kg moving at a velocity of 16 s strikes another of mass 3 kg at rest. The two masses continue in motion together. Find their common velocity.
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![mdNING, LAE SE
UNDA ICT DUTUUU
TUD I CLI TDI
nght rigid rod 300mm long is supported horizontal]y at its ends by two vertical strings. A weight of 60 N is
attached to the rod a distance of 90 mm from end A. Find the tension in the strings.
An object of mass 5 kg moving at a velocity of 16 s strikes another of mass 3 kg at rest. The two masses continue
in motion together. Find their common velocity.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7ffa842e-d816-4136-a5d0-c1f23a729a43%2F4b31b53e-a758-4056-a6f2-b68c81b99d61%2Fsky2kh8_processed.png&w=3840&q=75)
Transcribed Image Text:mdNING, LAE SE
UNDA ICT DUTUUU
TUD I CLI TDI
nght rigid rod 300mm long is supported horizontal]y at its ends by two vertical strings. A weight of 60 N is
attached to the rod a distance of 90 mm from end A. Find the tension in the strings.
An object of mass 5 kg moving at a velocity of 16 s strikes another of mass 3 kg at rest. The two masses continue
in motion together. Find their common velocity.
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