A binary star system is revolving in a circular path with angular speed 'omega' and mass of the stars are 'm' and '4m' respectively. Both stars stop suddenly, then the speed of havirerstar when the separation between the stars when the seperation between the stars becomes half of initial value is :

A binary star system is revolving in a circular path with angular spee

1.	A binary star system is revolving in a circular path with angular speed 'omega' and mass of the stars are 'm' and '4m' respectively. Both stars stop suddenly, then the speed of havirerstar when the separation between the stars when the seperation between the stars becomes half of initial value is :
Answer» `SQRT(2[((Gmomega)^(2))/(2)]^(1//3))` `sqrt(2/(5)[((Gmomega)^(2))/(5)]^(1//3))` `sqrt([((Gmomega)^(2))/(5)]^(1//3))` `sqrt(2[((Gmomega)^(2))/(5)]^(1//3))` ANSWER :B

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A binary star system is revolving in a circular path with angular speed 'omega' and mass of the stars are 'm' and '4m' respectively. Both stars stop suddenly, then the speed of havirerstar when the separation between the stars when the seperation between the stars becomes half of initial value is :

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