A projectile is fired with speed `v_(0)` at `t=0` on a planet named ' Increasing Gravity ' . This planet is strange one, in the sense that the acceleration due to gravity increases linearly with time `t` as` g(t)=bt`, where `b` is a positive constant. 'Increase Gravity'.
If angle of projection with horizontal is `theta` then the time of flight is `:`

A projectile is fired with speed v_(0) at t=0 on a planet named ' Increasing Gravity ' . This planet is strange one, in the sense that the acceleration due to gravity increases linearly with time t as g(t)=bt , where b is a positive constant. 'Increase Gravity' If angle of projection with horizontal is theta , then the maximum height attained is

A projectile is fired with speed v_(0) at t=0 on a planet named ' Increasing Gravity ' . This planet is strange one, in the sense that the acceleration due to gravity increases linearly with time t as g(t)=bt , where b is a positive constant. 'Increase Gravity' At what angle with horizontal should the projectivle be fired so that it travels the maximum horizontal distance :

A projectile is fired with speed v_(0) at t=0 on a planet named ' Increasing Gravity ' . This planet is strange one, in the sense that the acceleration due to gravity increases linearly with time t as g(t)=bt , where b is a positive constant. 'Increase Gravity' At what angle with horizontal should the projectivle be fired so that it travels the maximum horizontal distance :