Differentiate between Rectilinear motion and Curvilinear motion.

Rectilinear motion and curvilinear motion are two types of motion commonly encountered in physics. Here's how they differ:

Rectilinear Motion:

Definition: Rectilinear motion refers to the motion of an object along a straight line path.
Path: The object moves in a straight line, without deviating from its path.
Velocity: The velocity of the object remains constant or changes only in magnitude (speed), not in direction.
Acceleration: If the object's speed changes, it experiences acceleration, but the acceleration is directed along the straight line path.
Examples: The motion of a car moving in a straight line on a highway, a ball falling freely under the influence of gravity, etc.
Curvilinear Motion:

Definition: Curvilinear motion refers to the motion of an object along a curved or non-straight path.
Path: The object moves along a curved path, changing its direction as it progresses.
Velocity: The velocity of the object not only changes in magnitude but also in direction as it follows the curved path.
Acceleration: The object experiences acceleration, which has both magnitude and direction, as it changes its speed or direction of motion.
Examples: The motion of a satellite orbiting the Earth, a car moving along a curved road, a projectile launched at an angle, etc.
In summary, the key distinction between rectilinear motion and curvilinear motion lies in the path followed by the object. Rectilinear motion involves motion along a straight line path, while curvilinear motion involves motion along a curved or non-straight path.