No, a ball cannot roll from an inclined surface if there is no friction present. In the absence of friction, the ball would simply slide down the incline without rolling.
When a ball is rolling, it experiences rolling friction, which allows it to convert its potential energy into kinetic energy and maintain its motion. Rolling friction occurs due to the deformation and recovery of the ball's material as it makes contact with the surface, which results in a backward force that opposes the motion.
However, in the scenario you described where there is no friction, the ball will not be able to generate the necessary backward force to initiate rolling. Instead, it will slide down the incline due to the force of gravity, similar to an object sliding down a ramp.
Friction is crucial for the rolling motion of a ball, providing the necessary force for the ball to rotate while moving. Without friction, the ball will not be able to roll and will only slide down the incline.