Burning coal to make it into fuel to make it generate electricity and for the solar power it is used to take rays from the sun and manage the electricity.…
Solar energy is absorbed at 3 different heights: thermosphere (top), stratopause (middle) and earth surface (bottom).…
Solar energy flowing through the biosphere warms the atmosphere, evaporates and recycles water, generates winds, and supports photosynthetic life.…
Majority of Earth’s energy originates from the sun. Coal, oil, biomass, wind, hydropower and natural gas are all results of the suns rays hitting Earth. The sun’s energy can either be absorbed or reflected from Earth. NASA studies show that 29% of the sun’s rays are reflected back into space, however the remaining 71% enters the atmosphere. 23% of that energy remains in the atmosphere while 48% heats the oceans, lakes, land and the lower altitudes. Also, The atmosphere absorbs some of the energy that is emitted from Earth’s surface.…
The earth receives extremely large amounts of energy coming from the sun. Solar energy has become a number one option for a future reliable, greener energy source. An article by the National Academy of Engineering, Make Solar Energy Economical, has proposed this issue as one of the many challenges engineers face this 21st century. The academy emphasizes, the sun’s “availability far exceeds any conceivable future energy demands. It is environmentally clean, and its energy is transmitted from the sun to the Earth free of charge”. So, we ask ourselves how much energy is actually getting to us from the sun? In his book, Physics for future presidents, Richard A. Muller exposes the magnitude of the sun’s energy by saying: “watch a sunrise and experience…
When electromagnetic radiation from the Sun strikes the Earth’s atmosphere, some of it is absorbed while the rest proceed to the Earth’s surface. In particular, UV is absorbed by the ozone layer and re-emitted as heat, eventually heating up the stratosphere. Some of this heat is re-radiated to outer space…
Energy is an important factor in todays society, it is neccesary to power business, manufacturing and the transportation of goods and services all around the world. Solar powered energy is energy from the sun. This energy can be conerted into different energy like heat and electricity. Heat can be used to heat water or heat spaces, for example heating for houses, buildings or even swimming pools. Solar energy can be converted in two ways, by Photovoltaic or “solar cells” which change sunlight directly into electricity or by concentrating solar power plants which generate electricity by using heat from solar thermal collectors. Coal powered energy has played an important role in the advancement of civilization and will continue to be a major fuel source for at least the next quarter century. It is used primarly to produce electricty and heat through a dirty process which involves mining and combustion of the fuel. The two most common types of coal mining used today are surface mining and underground mining. In the long run, solar energy has greater potential than coal powered energy.…
Most of the energy we use is from the sun. This energy from the sun is called solar energy, plants convert it into energy, and animals eat plants and convert that into energy. Humans eat plants and animals and convert those into energy; humans also use solar energy to create electricity. How exactly then is the sun’s energy converted into a sustainable energy source? One process is photosynthesis.…
That’s one source that will never run out. “The sun comes in the form of solar radiation and travels in electromagnetic waves.” “It takes about eight minutes and twenty seconds, for solar radiation to travel from the sun’s surface to the earth.” Some waves are visible to the human eye, meaning you can actually see the waves coming from the sun. Solar energy is not only used for lighting homes, it's also used for the growth of the plant life. Without the sun, the plants wouldn’t be able to preform photosynthesis used to help with the growth.“Green plants have a light- absorbing pigment called chlorophyll.” “The energy that chlorophyll absorbs, powers a chemical reaction between water and carbon dioxide.” “It also powers the wind and the rain.” “ Without the sun’s energy, our planet would be just another lifeless rock in space.” The nuclear explosions deep inside the sun causes the sun’s energy. “The sun’s core is about twenty-seven million degrees fahrenheit.” Eventually all that energy heads into space as electromagnetic…
There are kinds of energy that can be replenished in short periods of time called renewable energy, these come from sources that are frequently being recycled and are consistently less polluting than energy that is produced from fossil fuels. There are five main kinds of renewable energy: biomass, hydropower, geothermal, wind and solar. Solar energy is provide by the sun in the forms of sunlight and heat, has been utilized the least even though it is probably the most accessible. However, solar energy holds a number of benefits for societies and it has already proven to have positive effects on residential homes and industrial applications.…
Energies are many folds, they are available naturally, and are also made available through science and technology in different ways, intended for the purposes we desire. This light that enables us to see, the x-rays (which gives us pictures of bones and soft tissue), the gamma and ultraviolet rays (which are used for sterilization), infrared, the microwave (microwave ovens and cell phones), radio waves, extremely low frequency waves etc. are all packed in the radiation that emanates from the sun. From time immemorial human race knew that the ultimate source of energy for the earth is from the sun. Modern science has established that this energy is quantifiable, for better understanding, as electromagnetic radiation, EMR.…
Waterpower exists because the sun makes the oceans to become steam so that the water can flow back as rivers, with enormous power. Wind power exists because different parts of the atmosphere absorb different amounts of solar heat and then comes into collision with each other. All biological fuels gets as you know their energy using photosynthesis and all fossil fuels, like oil and coal, are biological material that has been transformed to fossil fuels under certain circumstances. As a matter of fact, you could say that nearly all energy is solar energy. However, in this assignment we shall explain a little about solar energy that hasn’t been transformed.*A1, C5…
There are three main ways to collect solar power. The first two are called passive system and active system. These use the sun 's energy to heat up an object which can be transferred to another object or an empty space. An active system 's power can even be turned into electricity. An even better way to get electricity from the sun is achieved by panels called photovoltaic cells. The sunlight is directly converted into electricity by the panels and can run almost anything, sunlight providing. These three different techniques show us that there can be many different ways to acquire power other than the conventional and hazardous methods we use today. Passive heating, thermal energy, and photovoltaics give the world many different ways to reap the benefits of solar power.…
One of the most popular renewable sources is solar system which is energy that comes from the sun directly to earth. Solar panels…
But the sun is not our enemy, if it weren 't for that big ball of burning gas there would be no life on this planet at all. We need its heat, its light, and its energy. Without these our planet would be frozen over like a big ice cube and there would be no signs or traces of life ever. In total amount the sun provides about 2 pounds of energy to us every day. Yes, that 's right only 2 pounds. The sun evaporates water from the earth 's lakes, streams, and rivers. It also heats the earth and cools the earth at the same time. Without the Earth 's atmosphere to protect us from the sun 's ultraviolet rays we would be toast. This is kind of how the greenhouse effect takes place. The greenhouse effect is when the atmosphere of the earth traps heat from the sun and lets sunlight heat plants, yet prevents much of the heat from getting out. In a similar way, the atmosphere lets sunlight through to the surface of the earth. The sunlight warms the earth, but the heat that created cannot easily pass back through the atmosphere into space.…