A swimming pool can appear shallower than it actually is due to the refraction of light at the water's surface. When light passes from air into water, it bends, causing objects underwater to appear closer to the surface than they actually are. Additionally, the design and color of the pool's interior can also impact how deep it appears to be.
Due to the refraction of light, a body of water (whether its a sink, pool or lake) will appear more shallow than it actually is.
Because the light is refracted and so the water appears shallower than it is Because the light is refracted and so the water appears shallower than it is
Refraction tends to make objects submerged in water appear shallower than they really are. This is because light rays bend as they pass from water to air, causing objects to appear higher than their actual position.
This is because of the refraction of the light when it hits the water.
Due to refraction. When light travels through a denser substance, it bends towards the normal, so things appear to be at a different angle, size or depth than they really are.
This phenomenon occurs due to the refraction of light as it travels from the air into the water. When light enters the water at an angle, it changes speed and bends, causing objects beneath the water's surface to appear shifted and closer to the surface than they actually are. This refraction effect makes the water appear shallower when viewed from the outside.
Let us consider an object 'O' at the bottom of a river/swimming pool. Light speeds up as it travels from water to air. So, the ray is bent away from the normal. As a result for an observer on the shore, it appears as if the rays are coming from a point 'I', which is just slightly above the bottom of the surface That is why rivers and swimming pools seem shallower than they really are.
Due to refraction. When light travels through a denser substance, it bends towards the normal, so things appear to be at a different angle, size or depth than they really are.
The color of the ocean appears blue or green based on the amount of phytoplankton and the depth of the water. Oceans with less phytoplankton and deeper water tend to appear blue, while those with more phytoplankton and shallower water tend to appear green.
The fish appear quite large.
Water appears varying shades of blue depending on its depth. Deeper pools of water will appear a darker shade of blue, due to scattering of white light and selective absorption. Lesser, shallower amounts of water will appear clear due to the way the light scatters as well.