2D kinematics is the study of motion in two dimensions, taking into account both horizontal and vertical components of an object's movement.
A conveyer belt can change the velocity and acceleration of an object moving on its surface, as well as the direction of motion.
The formula for velocity in 2D kinematics is V = √(Vx² + Vy²), where Vx is the horizontal component of velocity and Vy is the vertical component of velocity.
Yes, the direction of motion can change in 2D kinematics due to factors such as changes in velocity, acceleration, or external forces.
To solve a conveyer belt question in 2D kinematics, you can use the equations of motion for both the horizontal and vertical components of an object's movement, and take into account the velocity and acceleration caused by the conveyer belt.