Final answer:
In this scenario, the vessel is initially moving forward at a steady rate. Then, it starts to decelerate in the forward direction, and continues to slow down, but with less deceleration. This can be explained using the concepts of velocity and acceleration.
Step-by-step explanation:
In this scenario, the subject being discussed is the motion of a vessel. More specifically, the vessel is initially moving forward at a steady rate. Then, it starts to decelerate in the forward direction, and continues to slow down, but with less deceleration. This can be explained using the concepts of velocity and acceleration.
When the vessel is moving forward at a steady rate, it has a constant velocity. Velocity is a vector quantity that includes both speed and direction. In this case, the vessel is moving in the forward direction.
Deceleration refers to a decrease in velocity. When the vessel decelerates in the forward direction, its velocity decreases. This means that the vessel is slowing down, but it is still moving forward.
The vessel then continues to slow down, but with less deceleration. This means that the rate at which the vessel is slowing down is decreasing. Eventually, the vessel will come to a stop if the deceleration continues.