No, as a projectile reaches its highest peak, the velocity continuously decreases.
A projectile follows a curved trajectory when it is launched into the air, such as a ball thrown upward or a bullet shot from a gun. At the highest point of its trajectory, the projectile's vertical velocity becomes zero. This point is known as the peak or the maximum height.
Before reaching the peak, the projectile's velocity decreases due to the effect of gravity. Gravity acts to slow down the projectile's upward motion until it comes to a stop at the peak. After the peak, gravity continues to pull the projectile downward, causing its velocity to increase in the downward direction.
In summary, the velocity of a projectile increases before reaching the peak, then decreases to zero at the peak, and finally increases in the opposite direction after passing the peak due to the influence of gravity.