Yatay Atış Hareketi Hız Oranı

6. Hava direncinin önemsenmediği ortamda K ve L noktalarından $V_K$ ve $V_L$ yatay hızları ile fırlatılan cisimler sırasıyla M ve N noktalarına düşüyor. Buna göre, $\frac{V_K}{V_L}$ hızlar oranı kaçtır? (Yer çekimi ivmesi $\vec{g}$ 'dir)

Soruda görsel içerik var: The image shows two points L and K located one above another at certain heights from the ground. L is higher than K. Dashed lines indicate the trajectory of objects thrown horizontally from L and K. The object thrown from L lands at point N, and the object thrown from K lands at point M. The horizontal distance between the ground projection of the points and M is x, and the horizontal distance between M and N is also x. A vertical dashed line indicates the height difference between L and K is labeled '5h' (though the label is messy due to markings), and the distance between K and the ground is '4h'. The ground is a horizontal line labeled 'Yer'.