hit a fish in water dah
Brian can't hit the fish because he is aiming to high. The water refracts the image by bending the light. So in order to hit the fish Brian must actually aim below the fish.
Because the fish probably hide in the corals when they hear a signal.
yes you dig holes in the desert until you hit water
i believe it is under it but i know its not directly at it because as light enters or leaves the water (which is denser than air) it is bent slightly
You have a better chance of hitting it - it will swim forward when the spear splashes in the water.
For fresh water fish, have not seen this here in Brazil. Fish do not leave the water but if an egg enters the water, only God knows if the fish will attack it. If it is covered with chicken feces, good chance that a bigger fish will hit it, eventually breaking it. But for a general answer, I know of no fish that comes out of the water, and eats eggs. Now a fox, and other animals will steal eggs.
He is able to hit the fish in the book, Brian's Hunt.
fish die when taken out of the water because they have gills and fish absorb oxygen from the water and when the fish are taken out they die because of them .
Well it depends on the fish. If it is a fresh water fish then it lives in fresh water, salt water fish live in salt water.
Tsunamis can kill fish in the ocean as they disrupt underwater habitats, such as coral reefs and coastal ecosystems, where fish live. The strong currents and forces of a tsunami can injure or kill fish by throwing them against debris or structures.
Flying fish are not typically dangerous to humans. They use their ability to glide above the water as a way to escape from predators. If startled, they may end up in boats or hit people, but they do not pose a direct threat to humans.
Archer fish primarily feed on insects and other small prey that they catch by shooting a stream of water to knock them into the water where they can easily consume them. They are known to be skilled hunters, accurately spitting water to hit their prey above the water's surface.