the accelaration of the particle is become sqrt(3) times. Calculate the ratio of the magnitude of the forces.

Sahay Sir > Question Answers > the accelaration of the particle is become sqrt(3) times. Calculate the ratio of the magnitude of the forces.
Two forces of unequal magnitude simultaneously act on a particle making an angle theta (=120^(@)) with each other.If one of them is reversed ,the accelaration of the particle is become sqrt(3) times. Calculate the ratio of the magnitude of the forces.
26
Aug
Two forces of unequal magnitude simultaneously act on a particle making an angle theta (=120^(@)) with each other.If one of them is reversed ,the accelaration of the particle is become sqrt(3) times. Calculate the ratio of the magnitude of the forces. the accelaration of the particle is become sqrt(3) times. Calculate the ratio of the [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: the accelaration of the particle is become sqrt(3) times. Calculate the ratio of the magnitude of the forces. , Two forces of unequal magnitude simultaneously act on a particle making an angle theta (=120^(@)) with each other.If one of them is reversed ,