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This document discusses different sources of energy including electricity, static electricity, electric current, conductors and insulators. It also discusses other energy sources like solar, hydroelectric, wind, tidal, geothermal, nuclear, and fossil fuels which are classified as either renewable or nonrenewable. The document recommends ways to conserve energy such as turning off lights and unplugging appliances when not in use, using public transportation, recycling, and avoiding unnecessary trips.
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Barba,dapnie ssc 1 a
Electricity is a form of energy that allows electrons to flow through conductors, producing static electricity from charge accumulation or electric current. Materials that conduct electricity well include copper and aluminum, while insulators like plastic and rubber do not allow electron flow. Most electricity is generated through electromagnetic induction using coils around magnets. Energy sources can be renewable like solar, wind, and hydroelectric or nonrenewable like fossil fuels and nuclear. Conserving energy reduces consumption across residential, commercial, industrial and transportation sectors through practices like turning off lights when not in use, unplugging appliances, using public transit, recycling, and biking or walking short distances.
Electricity[1]
Benjamin Franklin was shocked when he discovered electricity through his experiments with a key, kite, and Leyden jar. He invented the lightning rod to protect buildings from lightning strikes. Michael Faraday later discovered that electricity and magnets are related when he produced electricity by moving a magnet through a copper wire, creating an electromagnet. Electricity is generated from both renewable resources like solar, wind, and hydropower as well as nonrenewable resources like coal, natural gas, and nuclear power.
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Nuclear energy comes from splitting atoms larger than iron or joining atoms smaller than iron. It is produced naturally in stars and reactors can produce it for electricity. While it produces no carbon emissions, nuclear energy is non-renewable and produces radioactive waste that must be safely stored. The risks of radiation exposure must be balanced with the benefits of a non-carbon energy source. Currently there are over 100 nuclear power plants in the US, and nuclear energy production is increasing around the world due to its efficiency.
Chemistry technology
This document discusses the history and chemistry of solar panels. It outlines that the first solar collector was created in 1767, but solar power did not take off until the late 1800s and early 1900s with discoveries like the photoelectric effect by Einstein. Solar panels work through the photoelectric effect - photons hit silicon semiconductor particles, ejecting electrons to create an electric current. Silicon is commonly used in solar cells due to its crystalline structure. The document then gives examples of solar power applications like solar powered homes and the International Space Station.
solar energy and how to help poor with sun energy ppt
India faces acute energy scarcity that hinders growth, but renewable energy can help. Solar power in particular has potential due to India's climate, and could provide 18% of capacity by addressing challenges like grid integration and high costs. For poor people, solar technologies can help as the upfront costs are reasonable for small loads and there are no running costs, allowing the system to pay for itself in 5-7 years. Widespread adoption of renewable energy could power India and support its development.
Renewable energy sources
This presentation is on the topic " Renewable energy sources" which is based on the Chemistry Undergraduate syllabus of Mumbai University.
Wind energy
Wind energy harnesses the kinetic energy of wind to generate electricity. It is a renewable and clean source of energy that does not produce emissions or pollutants unlike fossil fuels. While the United States is a large user of wind power, disadvantages include the infrastructure needed to transport electricity from remote wind farms and a dependence on sufficient wind speeds to power turbines.
The UAE’s Radioactive Waste Management Strategy
Similar to many other energy generation technologies,
peaceful nuclear energy does result waste, in this case
used nuclear fuel assemblies. However, nuclear produces
relatively little waste compared to other sources of
electricity.
• The technology for managing the used fuel exists and has
been safely stored in locations around the world for
decades.
• In April of 2008, the United Arab Emirates (UAE) launched
its Policy on the Evaluation and Potential Development of
Peaceful Nuclear Energy, which incorporates the highest
international standards of safety, transparency and
security.
• The UAE Government continues to work closely with the
International Atomic Energy Agency (IAEA), World
Association of Nuclear Operators (WANO), Institute of
Nuclear Power Operations (INPO), as well as international
experts and the governments of responsible nations to
adopt and implement best practices for the development
of a world-class peaceful nuclear energy program.
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Barba,dapnie ssc 1 a
Electricity is a form of energy that allows electrons to flow through conductors, producing static electricity from charge accumulation or electric current. Materials that conduct electricity well include copper and aluminum, while insulators like plastic and rubber do not allow electron flow. Most electricity is generated through electromagnetic induction using coils around magnets. Energy sources can be renewable like solar, wind, and hydroelectric or nonrenewable like fossil fuels and nuclear. Conserving energy reduces consumption across residential, commercial, industrial and transportation sectors through practices like turning off lights when not in use, unplugging appliances, using public transit, recycling, and biking or walking short distances.
Electricity[1]
Benjamin Franklin was shocked when he discovered electricity through his experiments with a key, kite, and Leyden jar. He invented the lightning rod to protect buildings from lightning strikes. Michael Faraday later discovered that electricity and magnets are related when he produced electricity by moving a magnet through a copper wire, creating an electromagnet. Electricity is generated from both renewable resources like solar, wind, and hydropower as well as nonrenewable resources like coal, natural gas, and nuclear power.
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Nuclear energy comes from splitting atoms larger than iron or joining atoms smaller than iron. It is produced naturally in stars and reactors can produce it for electricity. While it produces no carbon emissions, nuclear energy is non-renewable and produces radioactive waste that must be safely stored. The risks of radiation exposure must be balanced with the benefits of a non-carbon energy source. Currently there are over 100 nuclear power plants in the US, and nuclear energy production is increasing around the world due to its efficiency.
Chemistry technology
This document discusses the history and chemistry of solar panels. It outlines that the first solar collector was created in 1767, but solar power did not take off until the late 1800s and early 1900s with discoveries like the photoelectric effect by Einstein. Solar panels work through the photoelectric effect - photons hit silicon semiconductor particles, ejecting electrons to create an electric current. Silicon is commonly used in solar cells due to its crystalline structure. The document then gives examples of solar power applications like solar powered homes and the International Space Station.
solar energy and how to help poor with sun energy ppt
India faces acute energy scarcity that hinders growth, but renewable energy can help. Solar power in particular has potential due to India's climate, and could provide 18% of capacity by addressing challenges like grid integration and high costs. For poor people, solar technologies can help as the upfront costs are reasonable for small loads and there are no running costs, allowing the system to pay for itself in 5-7 years. Widespread adoption of renewable energy could power India and support its development.
Renewable energy sources
This presentation is on the topic " Renewable energy sources" which is based on the Chemistry Undergraduate syllabus of Mumbai University.
Wind energy
Wind energy harnesses the kinetic energy of wind to generate electricity. It is a renewable and clean source of energy that does not produce emissions or pollutants unlike fossil fuels. While the United States is a large user of wind power, disadvantages include the infrastructure needed to transport electricity from remote wind farms and a dependence on sufficient wind speeds to power turbines.
The UAE’s Radioactive Waste Management Strategy
Similar to many other energy generation technologies,
peaceful nuclear energy does result waste, in this case
used nuclear fuel assemblies. However, nuclear produces
relatively little waste compared to other sources of
electricity.
• The technology for managing the used fuel exists and has
been safely stored in locations around the world for
decades.
• In April of 2008, the United Arab Emirates (UAE) launched
its Policy on the Evaluation and Potential Development of
Peaceful Nuclear Energy, which incorporates the highest
international standards of safety, transparency and
security.
• The UAE Government continues to work closely with the
International Atomic Energy Agency (IAEA), World
Association of Nuclear Operators (WANO), Institute of
Nuclear Power Operations (INPO), as well as international
experts and the governments of responsible nations to
adopt and implement best practices for the development
of a world-class peaceful nuclear energy program.
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Nuclear batteries are devices that use energy from the decay of radioactive isotopes to generate electricity. They have no nuclear chain reaction and produce no radioactive waste. The technology began in 1913 and was further developed in the 1950s for uses in small electronics. There are three main types: thermionic converters, radioisotope thermoelectric generators, and betavoltaic cells. Betavoltaic cells directly convert the ionization of electrons from beta particle emission into electricity using a semiconductor. Nuclear batteries have advantages of being reliable, compact, and long-lasting power sources, but also have high costs and safety risks. They have applications in space, automobiles, medicine, and underwater devices.
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The document discusses the prospects of converting noise pollution into electricity. It begins by defining noise pollution and its health effects. It then proposes that as conventional energy sources are exhausted, noise pollution could become a new renewable energy source since sound has energy that can be converted into other forms. The objective is to identify ways to convert noise pollution into electricity. It describes approaches like using microphones and piezoelectric transducers to harvest energy from oscillating sound waves. A model is created and tested, showing increased current output with higher sound levels. Advantages are reducing noise pollution while generating power, with potential to power lights with vehicle horns. Further research is needed to improve efficiency and affordability.
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Current electricity
This document defines basic electrical terms and concepts and describes some of the key contributors to the development of electricity over the past 200+ years. It explains that conductors are substances that contain free electrons that allow the flow of electricity, such as copper and aluminum, while insulators do not contain free electrons and do not conduct electric current, like wood and rubber. It also defines electric current as the amount of charge passing through a conductor per unit time, measured in amperes, and electric potential and potential difference in terms of the work required to move electric charges between two points in an electric field.
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This document provides an overview of how nuclear energy works in 7 steps:
1) Mining uranium ore from the earth's crust.
2) Enriching the uranium ore to increase the concentration of Uranium-235.
3) Producing uranium dioxide pellets that go into fuel rods.
4) Inserting the fuel rods into the nuclear reactor core where fission occurs.
5) Controlling the fission reaction with control rods.
6) Circulating water through the reactor as a coolant to remove excess heat.
7) Enclosing the reactor in a containment shell to protect from hazards.
Electric circuit
This document provides information about electric circuits and electricity. It defines electric current as the flow of electric charges along a path. It notes that Alessandro Volta invented the battery and the unit of electric current is the ampere. There are two main types of electric circuits: series circuits where the components are connected one after another, and parallel circuits where there are two or more pathways and components are connected parallel to each other. The document also includes electric circuit symbols and has students match components to their corresponding symbols.
various types of solar cell
There are three main types of solar panels available in the Indian market: polycrystalline, monocrystalline, and bifacial. Polycrystalline panels have lower efficiency and price due to a simpler manufacturing process involving combining silicon crystal fragments. Monocrystalline panels have higher efficiency but also higher cost as they use a more complex process involving single silicon crystals. Bifacial panels have the highest efficiency as they can generate power from both sides, but are also the most expensive.
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This document provides an overview of solar photovoltaic cells. It begins by outlining different energy sources, including conventional, renewable, and non-renewable sources. It then discusses the basic structure and working of silicon-based solar cells. Dye-sensitized solar cells and solar perovskite cells are also mentioned. The document discusses applications of solar cells and their merits and demerits. It provides details on the history, definition, structure, and working of solar cells. In summary, the document outlines different types of energy sources and provides an introduction to silicon-based solar cells and their components.
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The document summarizes the history and chemistry of solar panels. It describes how the photoelectric effect was discovered in the 18th century laying the foundation for solar energy technology. Solar power gained popularity during WWII. The document then explains how semiconductors like silicon are used in solar cells, and how photons hitting the silicon create electrons and holes which generate an electric current when separated. Examples of solar power applications discussed include solar powered homes, the International Space Station, and solar transportation.
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The document summarizes the history and chemistry of solar panels. It describes how early scientists in the 1700s and 1800s discovered photovoltaic effects and laid the foundations for the solar power industry. It then explains how semiconductors like silicon work at a atomic level to generate electricity when struck by photons. Impurities are added to silicon to create excess electrons that are susceptible to creating current when exposed to light. Finally, it provides examples of solar power applications including powering homes, the International Space Station, and transportation.
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Nuclear energy has several advantages according to the document. It produces very low greenhouse gas emissions. It is also a powerful and efficient source of energy that can generate electricity reliably even during poor weather conditions. The fuel for nuclear energy, uranium, has a low cost, which means nuclear energy can provide cheap electricity and has low fuel costs compared to other sources. However, the document also notes several disadvantages, such as radioactive waste that must be disposed of safely, risks of nuclear accidents, production of harmful nuclear radiation and plutonium as byproducts, high initial costs, and potential for major impacts on human life if disasters occur.
Nuclear power
Nuclear power has both pros and cons. It provides a low-cost, low-emission energy source but produces radioactive waste that is dangerous and difficult to store. While nuclear power plants are economically competitive with fossil fuels and produce large amounts of energy per land area used, safety concerns remain due to the risk of accidents and the challenges of securing radioactive waste from misuse.
Organic solar cells principles, mechanism and recent dvelopments
This document summarizes recent developments in organic solar cell technology. It discusses how organic solar cells work by generating electron-hole pairs called excitons when light is absorbed. Excitons must dissociate at donor-acceptor interfaces to generate free charges. There is ongoing research to better understand the mechanism of exciton dissociation. Computational methods like time-dependent density functional theory are being used to simulate charge transfer processes. Experimental research focuses on spectroscopic analysis to study conversion processes in picosecond timescales. Recent efficiency improvements and new device architectures are driving the commercial potential of organic solar cells.
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Hans Christian Oersted discovered in 1820 that an electrical current in a wire caused a nearby compass needle to deflect, demonstrating the relationship between electricity and magnetism. In 1831, Michael Faraday discovered electromagnetic induction, the principle that a changing magnetic field can generate an electric current. James Clerk Maxwell further developed electromagnetic theory and showed that electricity, magnetism and light are all manifestations of the same phenomenon, laying the foundation for modern physics.
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Nuclear power generates electricity through nuclear fission using uranium fuel. It provides around 11% of the world's energy needs and has advantages like being reliable, having low fuel and operating costs, producing no greenhouse gases or air pollution, and having a high potential. However, it also has disadvantages like risks of nuclear accidents, the difficulties of nuclear waste disposal, potential for nuclear proliferation, high capital costs and long construction times, safety regulations that increase costs, and concerns about radiation from normal operations and transport of nuclear fuel. The document discusses both sides of the nuclear power debate and argues that it can be safe and beneficial if properly regulated, but waste disposal remains a challenge.
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Nikola Tesla experimented with wireless transmission of electricity and proposed a global wireless energy transmission system using resonant electromagnetic waves. He built a laboratory called Wardenclyffe Tower on Long Island in 1901 to test this system, but it was never completed. The documents describe Tesla's research into using resonant standing waves in the Earth-ionosphere cavity to transmit power wirelessly over long distances.
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1) Earth receives enough solar energy in 1 hour to meet the world's energy needs for a year, demonstrating solar's vast potential as an energy source.
2) The study aimed to design a solar cell using the abundant and cheap material aluminum for the front contact instead of silver.
3) The aluminum solar cell performed worse than a similar cell using silver, with lower efficiency, current, and higher resistances, likely due to non-optimized fabrication procedures. Future work to improve the cell includes refining fabrication and optimizing the cell structure.
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The document discusses several alternative energy sources including solar power, wind power, nuclear power, hydroelectricity, tidal power, and biomass energy. Solar power generates electricity from the sun with no carbon dioxide emissions and recyclable materials. Wind power converts the kinetic energy of wind into electricity using turbines in wind farms. Nuclear power uses nuclear fission of uranium to create heat and electricity. Hydroelectricity harnesses the kinetic energy of flowing water in rivers. Tidal power generates electricity from the ebb and flow of tides in a predictable manner. Biomass energy uses waste organic materials as a renewable source.
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Scientific knowledge is obtained through repeated experiments and objective reasoning. It can take the form of observations that have been confirmed, testable statements, descriptive generalizations about the natural world, or well-substantiated explanations. Science aims to understand how things work through facts, while superstition involves irrational beliefs. Scientists contribute to society through new knowledge and inventions, with characteristics including curiosity, open-mindedness, critical thinking, and being thorough and careful workers.
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Nuclear batteries are devices that use energy from the decay of radioactive isotopes to generate electricity. They have no nuclear chain reaction and produce no radioactive waste. The technology began in 1913 and was further developed in the 1950s for uses in small electronics. There are three main types: thermionic converters, radioisotope thermoelectric generators, and betavoltaic cells. Betavoltaic cells directly convert the ionization of electrons from beta particle emission into electricity using a semiconductor. Nuclear batteries have advantages of being reliable, compact, and long-lasting power sources, but also have high costs and safety risks. They have applications in space, automobiles, medicine, and underwater devices.
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The document discusses the prospects of converting noise pollution into electricity. It begins by defining noise pollution and its health effects. It then proposes that as conventional energy sources are exhausted, noise pollution could become a new renewable energy source since sound has energy that can be converted into other forms. The objective is to identify ways to convert noise pollution into electricity. It describes approaches like using microphones and piezoelectric transducers to harvest energy from oscillating sound waves. A model is created and tested, showing increased current output with higher sound levels. Advantages are reducing noise pollution while generating power, with potential to power lights with vehicle horns. Further research is needed to improve efficiency and affordability.
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This document defines basic electrical terms and concepts and describes some of the key contributors to the development of electricity over the past 200+ years. It explains that conductors are substances that contain free electrons that allow the flow of electricity, such as copper and aluminum, while insulators do not contain free electrons and do not conduct electric current, like wood and rubber. It also defines electric current as the amount of charge passing through a conductor per unit time, measured in amperes, and electric potential and potential difference in terms of the work required to move electric charges between two points in an electric field.
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This document provides an overview of how nuclear energy works in 7 steps:
1) Mining uranium ore from the earth's crust.
2) Enriching the uranium ore to increase the concentration of Uranium-235.
3) Producing uranium dioxide pellets that go into fuel rods.
4) Inserting the fuel rods into the nuclear reactor core where fission occurs.
5) Controlling the fission reaction with control rods.
6) Circulating water through the reactor as a coolant to remove excess heat.
7) Enclosing the reactor in a containment shell to protect from hazards.
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This document provides information about electric circuits and electricity. It defines electric current as the flow of electric charges along a path. It notes that Alessandro Volta invented the battery and the unit of electric current is the ampere. There are two main types of electric circuits: series circuits where the components are connected one after another, and parallel circuits where there are two or more pathways and components are connected parallel to each other. The document also includes electric circuit symbols and has students match components to their corresponding symbols.
various types of solar cell
There are three main types of solar panels available in the Indian market: polycrystalline, monocrystalline, and bifacial. Polycrystalline panels have lower efficiency and price due to a simpler manufacturing process involving combining silicon crystal fragments. Monocrystalline panels have higher efficiency but also higher cost as they use a more complex process involving single silicon crystals. Bifacial panels have the highest efficiency as they can generate power from both sides, but are also the most expensive.
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This document provides an overview of solar photovoltaic cells. It begins by outlining different energy sources, including conventional, renewable, and non-renewable sources. It then discusses the basic structure and working of silicon-based solar cells. Dye-sensitized solar cells and solar perovskite cells are also mentioned. The document discusses applications of solar cells and their merits and demerits. It provides details on the history, definition, structure, and working of solar cells. In summary, the document outlines different types of energy sources and provides an introduction to silicon-based solar cells and their components.
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The document summarizes the history and chemistry of solar panels. It describes how the photoelectric effect was discovered in the 18th century laying the foundation for solar energy technology. Solar power gained popularity during WWII. The document then explains how semiconductors like silicon are used in solar cells, and how photons hitting the silicon create electrons and holes which generate an electric current when separated. Examples of solar power applications discussed include solar powered homes, the International Space Station, and solar transportation.
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The document summarizes the history and chemistry of solar panels. It describes how early scientists in the 1700s and 1800s discovered photovoltaic effects and laid the foundations for the solar power industry. It then explains how semiconductors like silicon work at a atomic level to generate electricity when struck by photons. Impurities are added to silicon to create excess electrons that are susceptible to creating current when exposed to light. Finally, it provides examples of solar power applications including powering homes, the International Space Station, and transportation.
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Nuclear power has both pros and cons. It provides a low-cost, low-emission energy source but produces radioactive waste that is dangerous and difficult to store. While nuclear power plants are economically competitive with fossil fuels and produce large amounts of energy per land area used, safety concerns remain due to the risk of accidents and the challenges of securing radioactive waste from misuse.
Organic solar cells principles, mechanism and recent dvelopments
This document summarizes recent developments in organic solar cell technology. It discusses how organic solar cells work by generating electron-hole pairs called excitons when light is absorbed. Excitons must dissociate at donor-acceptor interfaces to generate free charges. There is ongoing research to better understand the mechanism of exciton dissociation. Computational methods like time-dependent density functional theory are being used to simulate charge transfer processes. Experimental research focuses on spectroscopic analysis to study conversion processes in picosecond timescales. Recent efficiency improvements and new device architectures are driving the commercial potential of organic solar cells.
Presented to
Hans Christian Oersted discovered in 1820 that an electrical current in a wire caused a nearby compass needle to deflect, demonstrating the relationship between electricity and magnetism. In 1831, Michael Faraday discovered electromagnetic induction, the principle that a changing magnetic field can generate an electric current. James Clerk Maxwell further developed electromagnetic theory and showed that electricity, magnetism and light are all manifestations of the same phenomenon, laying the foundation for modern physics.
Nuclear energy
Nuclear power generates electricity through nuclear fission using uranium fuel. It provides around 11% of the world's energy needs and has advantages like being reliable, having low fuel and operating costs, producing no greenhouse gases or air pollution, and having a high potential. However, it also has disadvantages like risks of nuclear accidents, the difficulties of nuclear waste disposal, potential for nuclear proliferation, high capital costs and long construction times, safety regulations that increase costs, and concerns about radiation from normal operations and transport of nuclear fuel. The document discusses both sides of the nuclear power debate and argues that it can be safe and beneficial if properly regulated, but waste disposal remains a challenge.
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The document discusses electricity as a major source of US energy, providing statistics on its consumption and costs. It notes environmental costs from coal burning and hydropower dams. Renewable sources like hydropower, wind and solar are identified, along with nonrenewable sources. The document outlines how electricity is generated, transported, and distributed to homes, and argues we should continue using this important source while reducing consumption and reliance through renewable alternatives to address increasing demand and grid stability issues.
Nikola Tesla Institute - Earth Resonance Project
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Fabrication of All-Aluminum p-Type Silicon Solar Cells
1) Earth receives enough solar energy in 1 hour to meet the world's energy needs for a year, demonstrating solar's vast potential as an energy source.
2) The study aimed to design a solar cell using the abundant and cheap material aluminum for the front contact instead of silver.
3) The aluminum solar cell performed worse than a similar cell using silver, with lower efficiency, current, and higher resistances, likely due to non-optimized fabrication procedures. Future work to improve the cell includes refining fabrication and optimizing the cell structure.
Sandeep ppt
The document discusses several alternative energy sources including solar power, wind power, nuclear power, hydroelectricity, tidal power, and biomass energy. Solar power generates electricity from the sun with no carbon dioxide emissions and recyclable materials. Wind power converts the kinetic energy of wind into electricity using turbines in wind farms. Nuclear power uses nuclear fission of uranium to create heat and electricity. Hydroelectricity harnesses the kinetic energy of flowing water in rivers. Tidal power generates electricity from the ebb and flow of tides in a predictable manner. Biomass energy uses waste organic materials as a renewable source.
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Juego para aprender a decir la hora en español. Incluye una baraja de cartas, instrucciones y una plantilla para anotar la puntuación de los jugadores.
Mi perfil con fotos
Fichas para crear el perfil de una persona a partir de fotos de personas cómicas o extrañas. Nivel B1-C1.
El juego de los personajes
This document contains a list of names of famous historical figures like Che Guevara, Martin Luther King, and Albert Einstein. It also includes names of prominent artists such as Salvador Dalí, Woody Allen, and Madonna. Additionally, the list contains names of notable politicians like Barack Obama, Winston Churchill, and Adolf Hitler.
Cajeros tragaperras (lectura+actividades)
Los bancos españoles están sustituyendo los cajeros automáticos por máquinas tragaperras, de modo que el 39% de los cajeros han sido reemplazados. Ahora, los clientes deben jugar en las máquinas tragaperras instaladas en las sucursales y en la calle para poder sacar o transferir su dinero. Algunos clientes lo ven como una forma divertida de participar en la economía, mientras que otros se quejan de que es difícil obtener efectivo tras apostar en las máquinas durante horas.
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Energy can exist in multiple forms and be obtained from both renewable and non-renewable sources. It transforms from one type to another and can power electrical systems. Producing and using energy has both benefits and environmental impacts. Conservation efforts aim to reduce energy usage and associated problems.
Energy presentation
This document discusses different forms of energy including kinetic, potential, mechanical, chemical, sound, thermal, electrical, gravitational, radiant, magnetic, nuclear, elastic, light, solar, wind, and hydroelectric energy. It also covers renewable energy sources like solar, wind, and hydroelectric versus non-renewable sources like fossil fuels. Examples are given of different machines that convert these energy forms like steam engines, internal combustion engines, steam turbines, and gas engines. The environmental impacts of generating, transmitting, distributing, and using energy are also summarized.
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Unit-I provides an introduction to renewable energy. It defines renewable energy as energy from natural resources that regenerate over human timescales, such as sunlight, wind, rain, tides, and geothermal heat. Renewable energy technologies harness these resources to generate electricity and fuels. The document then discusses the need for renewable energy due to limitations of conventional sources. It outlines various renewable energy types, including solar, wind, biomass, hydropower, geothermal, and ocean energy. Storage devices like capacitors and batteries are also introduced. The document concludes with sections on photocatalytic water splitting, microgrids, and references.
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This document discusses different forms of energy including kinetic, potential, mechanical, chemical, sound, thermal, electrical, gravitational, radiant, magnetic, nuclear, elastic, light, solar, wind, and hydroelectric energy. It also covers renewable energy sources like solar, wind, and hydroelectric versus non-renewable sources like fossil fuels. Specific non-renewable energy sources discussed include coal, petroleum, natural gas, and nuclear energy. The environmental impacts of generating, transmitting, and distributing energy are also summarized.
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This document provides an overview of energy. It defines energy as the capacity to do work and explains that energy can be converted from one form to another. It discusses the history of energy use by humans and describes the eight main forms of energy: mechanical, chemical, nuclear, heat, light, electrical, sound, and renewable and non-renewable energy sources. The document also addresses how energy is used, energy conversions, environmental impacts of energy production, and ways to conserve energy.
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This document provides an overview of ultracapacitors, also known as supercapacitors or double-layer capacitors. It defines ultracapacitors as energy storage devices that store energy electrostatically without chemical reactions. The document describes the construction of ultracapacitors including porous electrodes, an electrolyte, separator, and current collectors. It also explains the formation of an electric double layer and types of ultracapacitors such as double-layer, pseudocapacitors, and hybrid capacitors. Applications and advantages of ultracapacitors over batteries and conventional capacitors are summarized.
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Barba,dapnie ssc 1 a pptx.
- 1. ELECTRICITY, OTHER SOURCES OF ENERGY, ENERGY CONSUMPTION & CONSERVATION
- 2. ELECTRICITY
- 3. • Electricity is an important part of our life. Since electricity is a form of energy, it is capable of doing work.
- 4. • Static Electricity- Is the accumulation of electric charges on an object. Electrically charged objects obey this rule- opposite charges attract, like charges repel.
- 5. • Electric Current- The flow of electric charges.
- 7. • Conductors- Materials that allow electrons to move easily through it. Current moves through conductors because electrons can move easily through materials that do not hold their electrons tightly. Copper, aluminum, and silver are good conductors.
- 8. • Insulators- Materials that do not allow electrons to move through it easily. Plastic and rubber are good insulators.
- 9. • Electromagnetic Induction- Is the process in which the motion of wire through a magnetic field produces a current. Most of the electrical energy converted to useful electricity by electromagnet induction.
- 11. ENERGY SOURCES MAY BE CLASSIFIED………. • CONVENTIONAL SOURCES ARE THE COMMONLY USED SOURCES OF ENERGY • NONCONVENTIONAL SOURCES ARE THE ALTERNATIVE SOURCES OF ENERGY
- 12. Renewable and Nonrenewable Solar Fossils fuels Hydroelectric Nuclear Wind Tidal Geothermal
- 13. ` SOLAR ENERGY TIDAL ENERGY NUCLEAR ENERGY WAVE ENERGY WIND ENERGY OCEAN ENERGY
- 14. (OTEC)-OCEAN THERMAL ENERGY CONSERVATION (PNOC)-PHILIPPINE NATIONAL OIL CORPORATION
- 15. 3 TYPES OF FOSSIL FUELS • PETROLIUM • NATURAL GAS • COAL
- 16. ENERGY CONSUMPTION AND CONSERVATION
- 17. • ENERGY CONSUMERS MAY BE DIVIDED INTO RESIDENTIAL,COMMERCIAL, INDUSTRIAL AND TRANSPORTATION SECTORS
- 18. Turn off the light when it is not used.
- 19. Unplug the appliances when it is not used.
- 20. Use public transportation instead of privately-owned vehicles as much as possible.
- 22. Ride bicycles or walk on short strips. Avoid unnecessary trips.
- 23. O!!DVDVFJ Prepared by : Barba,Dapnie SSC 1-A
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