The sun's radiant energy reaches the earth's surface either directly through radiation, indirectly through convection, or it can move "across" or "through" objects or materials on the surface via conduction. Let's look more closely at each case.
We've probably experienced the feeling of "warmth" of the sun on our skin on a sunny day. Light energy from the sun is reaching us across space and down through the atmosphere through radiation. A dark colored vehicle in the sun quickly becomes warm (or hot!) to the touch because of radiation.
The light energy from the sun heats the air in the earth's atmosphere, and this drives convection and transfers thermal energy around. It is possible that we've felt a "hot breeze" on our skin on sunny days. The thermal energy in the air will be carried to objects in its path, and it will warm them.
Some conduction will also take place, too. A steel beam in a storage yard that is half in the sun and half in the shade will collect radiant energy from the sun and, through conduction, warm the rest of the beam. Other things on earth can conduct energy this way, and water is warmed by a mixture of radiation, convection and conduction, which represent all the three forms of heat transfer.
There are two. The radiative zone is inside and extends from around the core out about three quarters of the way to the surface. Energy from the core travels by radiation out through this area to the next area - the convection zone. Energy leaves the radiative zone and travels on out by convection through the convection zone to get to the surface. You need a link, and we got one for ya to the Wikipedia article on the sun.
Radiation!
It's a type of heat transfer that does not require a medium, thus heat from the Sun can move through vacuum to reach the Earth.
Radiation, the beams carry heat energy to the earth (:
Sun rays cannot enter the Earth's atmosphere, the ozone layer reflected the rays, but a chemical called CFCs destroyed part of the layer and caused skin cancer on human. There's a big ozone hole that is almost the same size of the Antarctica at the top of the south pole.
Answer:
The electromagnetic radiation from the sun (light) gan generally pass through the atmosphere unimpeded. Tje ozone in the upper levels of the atmosphere block some, but not all, of the ultraviolet radiation. The greenhouse gases absorb some of the light and convert it to infrared radiation.
Sunlight is a form of electromagnetic energy, and it travels through space at the speed of light unless it encounters an obstacle with which it has an electromagnetic interaction. Since the space between the sun and the Earth is almost entirely empty, sunlight can easily travel through it. To a large extent science describes how things happen rather than why. Electromagnetism functions in accordance with certain basic laws, such as Coulomb's Law and the Maxwell Equations. We cannot really say why the universe operates in accordance with those laws, that's just the way it is.
It goes out from the core into the radiation zone then into the convection zone where convection happens then it goes to the photosphere to become granules.
Solar energy, or light, is both a particle and wave. Therefor it carries itself to the surface of the earth and other celestial bodies.
Energy from the sun reaches the earth via the proces of radiation. And it is through radiation that reflected energy from the earth reaches the sun.
By means of the process of electromagnetic radiation.
The earth travels on an orbit around the sun changing the distance the sun's rays would have to travel. It takes between 490 to 507 seconds for the rays to reach Earth.
if it's not the sun rays won't reach different places in the same time
From the Sun to the Earth, it takes the light rays 8 1/3 minutes.From the Sun to the Earth, it takes the light rays 8 1/3 minutes.From the Sun to the Earth, it takes the light rays 8 1/3 minutes.From the Sun to the Earth, it takes the light rays 8 1/3 minutes.
Waves of heat and light, called radiation, travel to earth.
at the poles
The earth travels on an orbit around the sun changing the distance the sun's rays would have to travel. It takes between 490 to 507 seconds for the rays to reach Earth.
As the sun's rays heat up the earth, the radiation hits the atmosphere. Then the radiation heads back to the sun.
One part of the earth is facing directly at one side of the earth the rays from the sun and that is what makes summer and when the rays are pointing further from the sun is winter. because the rays are harder to reach the earth.
One part of the earth is facing directly at one side of the earth the rays from the sun and that is what makes summer and when the rays are pointing further from the sun is winter. because the rays are harder to reach the earth.
About 8 minutes ago.
it takes about 8 min.
Consider earth revolving sun. Moon revolve around earth. During that revolution sun's rays fall on earth.when the sun's rays falls on moon making shadow on earth thats Solar eclipse. Whem sun's rays fall on earth fully making no light fall on moon ie) sun's rays falling on earth where moon behind earth gets no light. During solar eclipse we see moon revolving earth makes sun's rays not reach to the place on earth. During lunar eclipse we see no moon as suns' rays not reach Moon
the atmostphere
if it's not the sun rays won't reach different places in the same time
From the Sun to the Earth, it takes the light rays 8 1/3 minutes.From the Sun to the Earth, it takes the light rays 8 1/3 minutes.From the Sun to the Earth, it takes the light rays 8 1/3 minutes.From the Sun to the Earth, it takes the light rays 8 1/3 minutes.
The Earth's tilt makes the sun rays unable to reach the area.
more harmful rays from the sun reach earth