A charged particle of mass `m=1` kg and charge `q=2muC` is thrown for a horizotal ground at an angle `theta=45^@` with speed `20 m//s`. In space a horizontal electric field `E=2xx10^(7)` V/m exist. Find the range on horizontal ground of the projectile thrown.

A charged particle of mass m = 1 kg and charge q = 2muC is thrown from a horizontal ground at an angle theta = 45^@ with the speed 25 m//s . In space, a horizontal electric field E = 2 xx 10^7 V/m exists in the direction of motion. Find the range on horizontal ground of the projectile thrown. Take g = 10 m//s^2 .

A charged particle of mass m = 1 kg and charge q = 2muC is thrown from a horizontal ground at an angle theta = 45^@ with the speed 25 m//s . In space, a horizontal electric field E = 2 xx 10^7 V/m exists in the direction of motion. Find the range on horizontal ground of the projectile thrown. Take g = 10 m//s^2 .

A charged particle of mass m= 2kg and charge 1 muC is thrown from a horizontal ground at an angle of 45^(@) with horizontal with a spedd of 10m//s . In space a horizontal electric field E= 2xx10^(7)N//C exists. Find the range of the projectile

A charged particle of mass m = 2 kg and charge 1 muC is projected from a horizontal ground at an angle theta=45^@ with speed 10ms^(-1) . In space, a horizontal electric field towards the direction of projection E = 2 xx 10^(7) NC^(-1) exists. The range of the projectile is

A charged particle of mass m = 2 kg and charge 1 muC is projected from a horizontal ground at an angle theta=45^@ with speed 10ms^(-1) . In space, a horizontal electric field towards the direction of projection E = 2 xx 10^(7) NC^(-1) exists. The range of the projectile is

Figure shows a projectile thrown with speed u = 20 m/s at an angle 30^(@) with horizontal from the top of a building 40 m high. Then the horizontal range of projectile is

Figure shows a projectile thrown with speed u = 20 m/s at an angle 30^(@) with horizontal from the top of a building 40 m high. Then the horizontal range of projectile is

A particle of mass m and charge q is thrown in a region where uniform gravitational field and electric field are present. The path of particle: