A body of mass 300 g kept at rest breaks into two parts due to interna

1.	A body of mass 300 g kept at rest breaks into two parts due to internal forces. One part of mass 200 g is found to move at a velocity of 12ms−1towards the east. The velocity of the other part will be? east⇒+ve;west⇒−ve
Answer» A body of mass 300 g kept at rest breaks into two parts due to internal forces. One part of mass 200 g is found to move at a velocity of $12 m s^{-} 1$ towards the east. The velocity of the other part will be? $e a s t \Rightarrow + v e; w e s t \Rightarrow - v e$

A body of mass 300 g kept at rest breaks into two parts due to internal forces. One part of mass 200 g is found to move at a velocity of 12ms−1towards the east. The velocity of the other part will be? east⇒+ve;west⇒−ve

Answer»

A body of mass 300 g kept at rest breaks into two parts due to internal forces. One part of mass 200 g is found to move at a velocity of $12 m s^{-} 1$ towards the east.

The velocity of the other part will be?

$e a s t \Rightarrow + v e; w e s t \Rightarrow - v e$

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A body of mass 300 g kept at rest breaks into two parts due to internal forces. One part of mass 200 g is found to move at a velocity of 12ms−1towards the east. The velocity of the other part will be? east⇒+ve;west⇒−ve

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