A body of mass $1 k g$ initially at rest explodes and breaks into threee fragments of masses in the ration breaks into three fragments of masses in the ration $1 : 1 : 3$ . The two pieces of equal masses fly off perpendicular to each other with a speed of $30 m / s$ each What is the velocity of heavier fragments ? .

\frac{10}{2} m / s

102 m / s

202 m / s

302 m / s

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A body of mass

1 k g

initially at rest explodes and breaks into threee fragments of masses in the ration breaks into three fragments of masses in the ration

1 : 1 : 3

. The two pieces of equal masses fly off perpendicular to each other with a speed of

30 m / s

each What is the velocity of heavier fragments ? .

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Question Text

A body of mass

1 k g

initially at rest explodes and breaks into threee fragments of masses in the ration breaks into three fragments of masses in the ration

1 : 1 : 3

. The two pieces of equal masses fly off perpendicular to each other with a speed of

30 m / s

each What is the velocity of heavier fragments ? .

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