To demonstrate the phenomena of diffration in light,the wavelength must be smaller than wavelength of light,which is very difficult,because ligth has very short wavelength.
prism
Difficult. It doesn't. But not so we'd notice as short distances.
The sun would be a great example of energy transforming from light into heat. When the sun shines most brightly, the temperature will be highest.
Just let go of something you are holding. Gravity will demonstrate the rest.
They don't demonstrate light; they assume that you have light in the first place.
To demonstrate the phenomena of diffration in light,the wavelength must be smaller than wavelength of light,which is very difficult,because ligth has very short wavelength.
you can demonstrate total internal reflection using a light source and glass gratings.
Fireworks demonstrate the transformation of energy. When there is a chemical reaction, it creates sound and light energy.
Light can cause electrons to be released from the surface of a metal. <<<<Apex>>>>
Light through a slit will only fall upon or illuminate a quite slight area.
The energy transformation during fireworks show are, fireworks convert chemical energy into light and sound energy.
prism
Newton was the first to demonstrate that white light was composed of colored lights.
Tropisms is the response to an external stimulus in a specific direction.
You did not tell us what THIS is. Please repost with a complete question.
Two possibilities: 1) Light produced from a source that is in exactly the opposite phase from the light produced from another source (a very difficult experiment to demonstrate). 2) Light consisting of anti-protons (which may or may not exist - depending on who you ask).