Press space at the end to start explanations, right arrow key to go to the explanation text. <===================EXPLANATION===================> If the light is radio wave, it goes through everything except aluminum foil, which gets reflected off along with all the other types of light except gamma and x-rays. If the light is microwave, it is absorbed and heats up the leaf, goes through melanin and glass, and reflects off aluminum foil. If the light is an infrared light, it is absorbed and heats up the leaf, increases kinetic energy in the melanin, reflects off aluminum foil and is absorbed by glass, heating it up. If the light is red/orange/yellow/blue/indigo/violet, it is absorbed by the leaf, giving it energy to grow, it increases kinetic energy in melanin, bounces off aluminum foil and goes through glass. If the light is green, it is reflected off the leaf, because the leaf is green, meaning green light reflects off it. It also increases the kinetic energy of the melanin, bounces off aluminum foil and goes through glass. If the light is ultraviolet, it is absorbed by and damages the leaf and melanin, but reflects off aluminum foil and goes through glass. If the light is an x-ray, it is absorbed by and damages the leaf along with melanin, and goes through glass and aluminum foil. If the light is a gamma ray, it is also absorbed by and damages the leaf and melanin and goes through glass and aluminum foil. =================================================== A light can damage something if and only if it is absorbed by that object, when the vibrating frequency of the electrons is the same as the frequency of the light. That object will take in the light's energy and get damaged. A light is reflected or goes through something when the vibrating frequency of the electrons is different than the frequency of the light.
Credit to FontGod for the font that I used. I give this to my science project account awsome_boy
