radiative zone
The ozone layer. It absorbs 97-99% of potentiallly harmful ultraviolet radiation, protceting life on earth from this dangerous high frequency light from the sun.
The dark area formed by an object that blocks out light is called a shadow.
The photosphere is the layer in the sun's atmosphere that is dense enough to emit plenty of light but not so dense that the light can't escape. Below the photosphere, the gas is denser and hotter therefore radiates plenty of light, but that light cannot escape from the sun because it is blocked by the outer layers of gas. so you cannot detect light from these deeper layers.Sources: Book The Solar System by Seeds/Backman (7th Edition) P.143
The photosphere is the visible layer of the sun (or any other star). Light energy and photons and other solar radiation are given off and escape the sun from the photosphere. Photo=light.
That would be an outer layer called the, "Photosphere".
radiative zone
short dense inner and light
It blocks the harmful UV rays. These are radiations of the sun.
Light energy
The core
The ozone layer blocks out Ultra Violet (UV) light that causes sunburn, and with prolonged exposure, skin cancer.
No, the ozone only blocks: * UV-C and more energetic light (mostly blocked by oxygen and nitrogen), * UV-B, * some slight interaction with a wavelength of blue light, * strong absorption in far infrared, and * strong interaction with some microwave frequencies. UV-A and visible light is passed through by ozone.
oceanic: thin, dense, basaltic rock layer.continental: thick, light, granitic rock layer.
A lunar eclipes happens when the moon blocks the light and energy from the sun from approaching Earth.
the dense canopy further away blocks light however where rivers are there is a gap in the canopy which lets light in so things can grow at lower levels.
Fire is a combination of heat and light energy emitted by a chemical reaction, and as such it has no mass and therefore no density.
light energy in the form of photons striking the chlorophyl contained in the chloroplasts