It refracts
It flattens the drop to an even thickness. Otherwise surface tension would draw the drop into a ball, which will distort light passing through it.
The drop of water goes through the water cycle. Evaporation, Condensation precipitation or sublimation deposition
The seeds drop into the water and are carried to places where they might grow. Some seeds drop into the mud immediately around the parent tree.I am not completely sure but it should be waterI am not sure but I think it is dispersed by animals when they eat them
An example of matter and energy cycling through living things a drop of water falling through the sky. a drop of water falling through the sky a rock resting on the ground
The water transmits the light from the room causing the print to appear bigger.
I learned a way to identify a sapphire crystal lens. When you put a drop of water on the watch lens, the water will not disperse.
Rainbows occur when sunlight passes through drops of water. This is why you see rainbows after rain or at fountains and waterfalls. Light moves at different velocities through air and through water. So when sunlight passes through water, it is dispersed. It is first refracted when it enters the droplet, reflected of the back of the drop, and then it is refracted again as it leaves. This refraction of the light into angles within the drop leads to it being visible, and the wavelength of the light is what depends its colour. After rain when sky is clear from the clouds and there is water everywhere. The sun shines on this water and reflects on the sky as rainbow.
It flattens the drop to an even thickness. Otherwise surface tension would draw the drop into a ball, which will distort light passing through it.
The light you see has been refracted through the water. Refraction is when light slows down through a medium with higher density than a vacuum. When it does it bends towards the origin.
light rain
Yes.
The drop of water goes through the water cycle. Evaporation, Condensation precipitation or sublimation deposition
Light
Light
Rainbows are caused when light is refracted when entering a drop of water, it is then reflected on the inside of the drop and is refracted again when leaving the drop
They shine in the same way a drop of water reflects light. It acts like a prism. Thicker portions bending light of longer wavelengths like red and thinner parts refracting higher, shorter frequencies. Oil on water has colors running through it. Look at a sun illuminated drop of water with the sun behind you. As you turn your head you will see various colors in that drop. Rainbows are a result of the same thing.
Red light.