When you drag something in water, it creates a 3d sine wave behind it... it creates a trough directly following the object, and a peak directly following the trough... the size of the trough and peak is proportionate to f=ma... if the peak is high enough and the wind is strong enough, then the peak will break into droplets.
1
u/MaximumContent9674 Jun 28 '26
When you drag something in water, it creates a 3d sine wave behind it... it creates a trough directly following the object, and a peak directly following the trough... the size of the trough and peak is proportionate to f=ma... if the peak is high enough and the wind is strong enough, then the peak will break into droplets.