A bullet fired at an angle of `30^(@)` with the horizontal hits the ground 3 km away. By adjusting the angle of projection, can one hope to hit a target 5 km away ? Assume the muzzle speed to be fixed and neglect air resistance.

A bullet fired at an angle of 30^(@) with the horizontal hits the ground 3 km away. By adjusting the angle of projection, can one hope to hit the target 5 km away? Assume that the muzzle speed to be fixed and neglect air resistance.

A bullet fired at an angle of 30^(@) with the horizontal hits the ground 3.0 km away . By adjusting its angle of projection , can one hope to hit a target 5.0 km away ? Assume the muzzle speed to be fixed and neglect air resistance .

A bullet fired at an angle of 30^(@) with the horizontal hits the ground 3.0 km away . By adjusting its angle of projection , can one hope to hit a target 5.0 km away ? Assume the muzzle speed to be fixed and neglect air resistance .

A bullet fired at an angle of 30^(@) with the horizontal hits the ground 3.0 km away. By adjusting its angle of projection, can one hope to hit a target 5.0 km away ? Assume the muzzle speed to be fixed, and neglect air resistance.

A bullet fired at an angle of 30^@ with the horizontal hits the ground 3.0 km away. By adjusting its angle of projection, can one hope to hit a target 5.0 km away? Assume the muzzle speed to be fixed and neglect air resistance.

A bullet fired at an angle of 30^@ with the horizontal hits the ground 3.0 km away. By adjusting its angle of projection, can one hope to hit a target 5.0 km away? Assume the muzzle speed to be fixed and neglect air resistance.

A bullet fired at an angle of 30^@ with the horizontal hits the ground 3.0 km away. By adjusting its angle of projection, can one hope to hit a target 5.0 km away ? Assume the muzzle speed to be fixed, and neglect air resistance.