Ch 17 alternative energy sources
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Solar energy is the sun's energy that is harnessed and can be used as an alternative to fossil fuels. The sun's energy comes from nuclear fusion reactions, with a small amount of mass converted to a large amount of energy. Only a tiny fraction of the sun's energy reaches Earth, mostly as infrared and visible light. This solar energy can be converted into thermal or electrical energy through the use of solar panels and collectors. While solar energy is clean and free, its intermittent nature and high costs have limited its widespread adoption. New technologies aim to improve solar energy storage to increase its viability as a renewable alternative energy source.
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Light & heat from Sun can be captured to pr0duce wind, biomass, rain as well as photovoltaic electricity.
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Active solar energy uses mechanical equipment like pumps and collectors to convert sunlight into usable forms of energy like heat or electricity. It is used in two main ways: passive solar takes advantage of sunlight naturally, while active solar requires equipment to store and distribute energy even when the sun is not present. Common examples of active solar include solar water heaters and solar power plants. Larger concentrating solar power plants use mirrors to generate high heat for electricity production. While active solar provides clean energy benefits, it also faces challenges with high upfront costs and needing space for collectors.
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Solar energy is the primary source of energy on Earth and is produced by nuclear fusion reactions in the Sun's core. It provides nearly all the heat and light received by Earth and sustains life. There are two main types of solar collectors - flat plate collectors and concentrating collectors. Flat plate collectors use sunlight to heat a fluid like water or air for uses like water and space heating. Concentrating collectors reflect and focus sunlight to achieve higher temperatures suitable for applications like electricity generation and industrial processes. While solar energy technologies are advancing, generating electricity from solar power remains more expensive than from fossil fuels currently. However, as technologies improve and fossil fuels become more scarce, solar power generation may become more widespread and competitive.
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Renewable energy comes from natural resources like sunlight, wind, tides, rain, and geothermal energy. About 16% of global energy comes from renewables such as biomass, hydroelectricity, and new sources like wind and solar. Hydro and biomass currently contribute the most to electrical generation globally. Solar cookers are a type of renewable energy device that uses sunlight to cook or heat food by trapping solar radiation inside an insulated box using a greenhouse effect, helping reduce environmental impacts from burning wood for cooking.
Power And Energy
The document discusses different types of energy sources including renewable and non-renewable sources. It provides details on how each source captures and stores energy. Wind energy captures kinetic energy from wind and can store excess in batteries. Solar energy captures radiation from the sun using panels and can be stored in batteries. Fossil fuels like coal and oil capture ancient stored solar energy and are stored in containers. Hydroelectric captures kinetic energy from moving water behind dams and in reservoirs. Biomass captures stored chemical energy from plants. Geothermal captures underground heat energy which is always present. Nuclear captures binding energy from atoms through fission or fusion and excess heat must be immediately used to generate electricity.
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Solar thermal energy systems harness solar energy as heat. There are three main types of solar thermal collectors: low-temperature collectors heat swimming pools, medium-temperature collectors heat water for homes and businesses, and high-temperature collectors concentrate sunlight to produce electricity or process heat. Heat from collectors is transferred using fluids like water or glycol and can be stored for later use through thermal mass materials or molten salts. Common solar thermal applications include water heating, space heating, drying crops and materials, and generating electricity through technologies like parabolic troughs and power towers.
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Hydroelectricity is a form of renewable energy generated through hydropower by harnessing the gravitational force of falling or flowing water. It is the most widely used renewable energy source, providing approximately 20% of worldwide electricity in 2006. Hydroelectric plants have lower carbon dioxide emissions than fossil fuel plants once constructed and produce no direct waste. Key components of hydroelectric systems include dams to store water, penstocks to transport water under pressure, turbines converted by the water's kinetic energy, generators to produce electricity, and transformers to adjust voltage for transmission to electric grids.
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Solar energy is the primary source of energy on Earth and is produced by nuclear fusion reactions in the Sun's core. It provides nearly all the heat and light received by Earth and sustains life. There are two main types of solar collectors - flat plate collectors and concentrating collectors. Flat plate collectors use sunlight to heat a fluid like water or air for uses like water and space heating. Concentrating collectors reflect and focus sunlight to achieve higher temperatures suitable for applications like electricity generation and industrial processes. While solar energy technologies are advancing, generating electricity from solar power remains more expensive than from fossil fuels currently. However, as technologies improve and fossil fuels become more scarce, solar power generation may become more widespread and competitive.
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Renewable energy comes from natural resources like sunlight, wind, tides, rain, and geothermal energy. About 16% of global energy comes from renewables such as biomass, hydroelectricity, and new sources like wind and solar. Hydro and biomass currently contribute the most to electrical generation globally. Solar cookers are a type of renewable energy device that uses sunlight to cook or heat food by trapping solar radiation inside an insulated box using a greenhouse effect, helping reduce environmental impacts from burning wood for cooking.
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Applications of solar energy
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Solar thermal energy systems harness solar energy as heat. There are three main types of solar thermal collectors: low-temperature collectors heat swimming pools, medium-temperature collectors heat water for homes and businesses, and high-temperature collectors concentrate sunlight to produce electricity or process heat. Heat from collectors is transferred using fluids like water or glycol and can be stored for later use through thermal mass materials or molten salts. Common solar thermal applications include water heating, space heating, drying crops and materials, and generating electricity through technologies like parabolic troughs and power towers.
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Hydroelectricity is a form of renewable energy generated through hydropower by harnessing the gravitational force of falling or flowing water. It is the most widely used renewable energy source, providing approximately 20% of worldwide electricity in 2006. Hydroelectric plants have lower carbon dioxide emissions than fossil fuel plants once constructed and produce no direct waste. Key components of hydroelectric systems include dams to store water, penstocks to transport water under pressure, turbines converted by the water's kinetic energy, generators to produce electricity, and transformers to adjust voltage for transmission to electric grids.
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Solar energy is obtained from the sun and can be used to generate electricity or heat. There are two main types of solar panels: photovoltaic panels which convert sunlight directly into electricity through the photoelectric effect, and thermal panels which use sunlight to heat water or air. Solar energy has advantages like being clean, renewable, and producing no waste or emissions, but also has disadvantages like high upfront costs, requiring large land areas, and varying performance depending on weather and location. Solar thermal systems can also be used to capture solar heat and use convection currents to generate electricity through solar chimneys.
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Biomass is an important renewable energy form that includes the use of food, wood, straw, vegetable oils, and wastes from forests, agriculture, and industry. Energy is captured from biomass by burning it to produce heat, steam, and electricity.
Fossil fuels include different types of oil, gas, and jet fuel that are extracted from the earth. They form from the remains of prehistoric plants and animals and are non-renewable resources.
Hydroelectric energy produces power through dams that trap water in valleys and lakes. Water is allowed to flow through tunnels in dams, turning turbines that drive generators to produce electricity.
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Fossil fuels are non-renewable sources of energy formed from the remains of ancient organisms. They cause air and water pollution when burned and are found in limited reserves. Biomass is plant matter grown to generate electricity or heat, while biogas is produced from organic waste through anaerobic digestion. Wind energy uses wind turbines to generate electricity from kinetic wind energy. Solar energy uses solar panels and cookers to convert sunlight into electricity or heat energy. Tidal, wave, and ocean thermal energy convert the kinetic energy of tides and ocean temperature differences into electricity. Geothermal energy uses underground heat sources to generate steam and electricity. Nuclear energy produces energy through either nuclear fission of uranium atoms or nuclear fusion of
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Solar energy is obtained from the sun and can be used to generate electricity or heat. There are two main types of solar panels: photovoltaic panels which convert sunlight directly into electricity through the photoelectric effect, and thermal panels which use sunlight to heat water or air. Solar energy has advantages like being clean, renewable, and producing no waste or emissions, but also has disadvantages like high upfront costs, requiring large land areas, and varying performance depending on weather and location. Solar thermal systems can also be used to capture solar heat and use convection currents to generate electricity through solar chimneys.
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Biomass is an important renewable energy form that includes the use of food, wood, straw, vegetable oils, and wastes from forests, agriculture, and industry. Energy is captured from biomass by burning it to produce heat, steam, and electricity.
Fossil fuels include different types of oil, gas, and jet fuel that are extracted from the earth. They form from the remains of prehistoric plants and animals and are non-renewable resources.
Hydroelectric energy produces power through dams that trap water in valleys and lakes. Water is allowed to flow through tunnels in dams, turning turbines that drive generators to produce electricity.
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Fossil fuels are non-renewable sources of energy formed from the remains of ancient organisms. They cause air and water pollution when burned and are found in limited reserves. Biomass is plant matter grown to generate electricity or heat, while biogas is produced from organic waste through anaerobic digestion. Wind energy uses wind turbines to generate electricity from kinetic wind energy. Solar energy uses solar panels and cookers to convert sunlight into electricity or heat energy. Tidal, wave, and ocean thermal energy convert the kinetic energy of tides and ocean temperature differences into electricity. Geothermal energy uses underground heat sources to generate steam and electricity. Nuclear energy produces energy through either nuclear fission of uranium atoms or nuclear fusion of
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Renewable resources are natural resources that can be replenished, such as plants, animals, wind, water, and geothermal energy. Humans use renewable resources for food, energy, and power. There are several types of renewable energy including solar energy from solar cells, wind energy from wind turbines, hydroelectric power from dams, geothermal energy from hot underground rock, and nuclear energy from splitting atoms. Each renewable energy source has advantages and disadvantages related to factors like costs, land needs, and pollution levels.
Solar Energy
Solar energy is a form of renewable energy obtained from the sun that can be converted into heat and electricity. It is produced through solar panels, which use photovoltaic cells to convert sunlight into an electrical current, and solar thermal systems that use the sun's heat to drive steam turbines and generate electricity. While solar energy systems are ineffective at night or when there is little sunlight, solar power production has increased in recent years due to falling prices and gains in efficiency, and it has the potential to generate a meaningful portion of the world's electricity in the future while reducing environmental pollution.
Solar energy
The document discusses solar energy, including its sources, applications, and advantages over other energy sources. It describes how solar energy from the sun is captured and converted into usable forms of energy such as heat and electricity. Solar energy can be used to generate power, heat water, power vehicles and satellites, and for applications in architecture, agriculture, and water treatment. It has advantages over fossil fuels in being renewable and pollution-free, and over nuclear energy in being safer with no radioactive waste. While intermittent, solar energy has great potential to meet the world's energy needs if methods of efficient collection, conversion, storage and use are improved.
Apply Solar Energy
This document discusses solar energy, including what it is, its various applications, and the pros and cons of using it. Some key points:
- Solar energy is the radiation from the sun that can produce heat, chemical reactions, or generate electricity. It is a renewable and non-polluting energy source.
- Solar energy can be converted into thermal or electrical energy using various technologies like solar panels, concentrating collectors, photovoltaics, and concentrated solar power.
- Applications of solar energy include power generation, heating, lighting, cooking, drying, water treatment, agriculture, and more.
- Pros are that it is renewable, produces no pollution, and can power remote areas. Cons include the initial high cost
Similar to Ch 17 alternative energy sources (20)
Presentation on Solar energy, Wind energy and Nuclear energy.
Presentation on Solar energy, Wind energy and Nuclear energy.
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Metric system (1)
The document provides information about the metric system, including:
1) It is known as the SI system and is based on units of 10 with prefixes indicating multiples of 10.
2) It establishes standards for exact quantities of length, volume, mass, and time that people agree to use for comparison.
3) Derived units are obtained by combining SI units, like density which is mass divided by volume.
26sec3
The document discusses different types of carbonyl compounds including aldehydes, ketones, carboxylic acids, and esters. It covers their structures, naming conventions, properties, examples and how they are related through oxidation-reduction reactions. Aldehydes contain a carbonyl group bonded to at least one hydrogen, while ketones have the carbonyl group bonded to two carbon groups. Carboxylic acids contain both a carbonyl and hydroxyl group. Esters are derivatives of carboxylic acids where the hydroxyl is replaced by an alkoxy group from an alcohol.
26sec2
Alcohols contain an -OH functional group called a hydroxyl group. They are classified based on the number of carbon groups attached to the carbon bearing the hydroxyl. Alcohols exhibit hydrogen bonding and solubility in water. Common alcohols include isopropyl alcohol, ethylene glycol, glycerol, and ethanol. Ethers have the general formula R-O-R and are named by alphabetizing the two carbon groups. Examples include diethyl ether, which was historically used as an anesthetic.
26sec4
Polymers are large molecules formed from smaller molecules called monomers. There are two main types of polymers: addition polymers and condensation polymers. Addition polymers are formed when unsaturated monomers react through addition reactions, examples include polyethylene, polypropylene, polystyrene, and polyvinyl chloride. Condensation polymers are formed through condensation reactions with the loss of water or another small molecule, examples include polyethylene terephthalate, nylon, and Kevlar. Plastics are identified by code numbers that indicate the type of polymer resin used, such as PETE for polyethylene terephthalate in water bottles.
26sec3
The document discusses different types of carbonyl compounds including aldehydes, ketones, carboxylic acids, and esters. It provides their definitions and functional groups. Aldehydes have a carbonyl group bonded to at least one hydrogen, while ketones have the carbonyl group bonded to two carbons. Carboxylic acids contain both a carbonyl and hydroxyl group. Esters are derivatives of carboxylic acids where the hydroxyl is replaced by an alkoxy group from an alcohol. Oxidation and reduction reactions are also discussed, where oxidation involves a loss of hydrogen or gain of oxygen.
26sec2
Alcohols contain an -OH functional group called a hydroxyl group. They are classified based on the number of carbon groups attached to the carbon bearing the hydroxyl. Alcohols exhibit hydrogen bonding and solubility in water. Common alcohols include isopropyl alcohol, ethylene glycol, glycerol, and ethanol. Ethers have the general formula R-O-R and are named by alphabetizing the two carbon groups. Examples include diethyl ether, which was historically used as an anesthetic.
26sec1
The document discusses functional groups and substitution reactions in organic chemistry. It defines functional groups as specific arrangements of atoms that are capable of characteristic chemical reactions. It notes that organic compounds are best classified by their functional groups. It provides examples of common functional groups like alkyl groups and halogen substituents. It also describes substitution reactions where one atom or group replaces another, such as a halogen replacing hydrogen to form a halocarbon.
26sec4
Polymers are large molecules formed from smaller molecules called monomers. There are two main types of polymers: addition polymers and condensation polymers. Addition polymers are formed when unsaturated monomers react through addition reactions, examples include polyethylene, polypropylene, polystyrene, and polyvinyl chloride. Condensation polymers are formed through condensation reactions with the loss of water or another small molecule, examples include polyethylene terephthalate, nylon, and Kevlar. Plastics are identified by code numbers that indicate the type of polymer resin used, such as PETE for polyethylene terephthalate in water bottles.
16.2
Nuclear reactors are designed to generate electricity through nuclear fission. The core holds nuclear fuel rods and control rods, and uses coolant to generate steam that turns turbines to produce electricity. When uranium-239 is split in the active reactor zone, it produces plutonium-239 through a fission reaction harness by Einstein's equation relating mass and energy. Cooling towers then cool the steam for recycling in the process.
Ch 16
Nuclear energy involves subatomic particles like protons, neutrons and electrons that make up atoms. Atoms of the same element have the same number of protons but can have different numbers of neutrons, forming isotopes. Unstable isotopes become stable through radioactive emissions like alpha, beta, and gamma radiation of varying penetrating power that can be stopped by materials like skin, foil or concrete.
Ch 16 notes env.bio
This document contains questions about atomic structure, radioactivity, nuclear fission reactions, nuclear reactors, and nuclear waste. It asks about the subatomic particles that make up atoms, isotopes, radioactive decay, and the three types of radiation. It also asks about the process of nuclear fission, including what it is, what it produces, and how it can be depicted in a diagram. Finally, it addresses nuclear waste storage and disposal issues, as well as some historical nuclear accidents and their causes and impacts.
28.3
Fission and fusion are two types of nuclear reactions. Fission involves splitting heavy nuclei like U-235, releasing energy. It can be uncontrolled, as in atomic bombs, or controlled in nuclear power plants using moderators and control rods. Fusion combines light nuclei like hydrogen into heavier elements like helium and releases even more energy, but requires extremely high temperatures found in stars like the sun or experimental facilities on Earth.
28.2
Stable nuclei exist in the "band of stability" based on their neutron to proton ratio. Those with too many neutrons undergo beta decay to become more stable, while those with too many protons either capture electrons or emit positrons to become more stable. All nuclei above atomic number 83 are radioactive and undergo alpha decay. The half-life of a radioactive isotope is the time for half of it to decay, and varies greatly between isotopes. Nuclear transformations can occur naturally through radioactivity or artificially by bombarding nuclei with particles, allowing one element to be transformed into another.
28.1
This document summarizes key aspects of nuclear radiation and radioactive decay:
1) Radioactive decay occurs as unstable radioactive isotopes spontaneously emit radiation and decay into stable isotopes, releasing large amounts of energy in the process.
2) There are three main types of radiation emitted - alpha, beta, and gamma rays - which differ in their penetrating abilities and what they are composed of.
3) Radioactive decay challenges Dalton's atomic theory, which stated atoms are indivisible, as it involves atomic nuclei breaking down and emitting particles.
28.4
Ionizing radiation such as X-rays and radiation from radioisotopes can knock electrons off atoms and produce ions, but cannot be detected by human senses. Devices like Geiger counters, scintillation counters, and film badges can be used to detect and measure different types of ionizing radiation. Radiation has many uses including detecting trace elements, diagnosing and treating diseases like cancer, and tracing chemical reactions and the movement of substances in the body using radioactive tracers.
25sec4
This document discusses different types of hydrocarbon compounds. Cyclic hydrocarbons contain carbon chains attached to form rings, and are called "cyclo-" compounds. Aromatic hydrocarbons contain unsaturated carbon rings called arenes, with the simplest being benzene. Benzene has a six-carbon ring with alternating single and double bonds, and exhibits resonance due to the location of these bonds. Benzene derivatives are possible by substituting the ring with other groups like methyl, ethyl, or multiple groups including ortho, meta, and para positions.
25sec5
Natural gas and petroleum are fossil fuels formed from marine life buried in ocean sediments millions of years ago. Natural gas is primarily methane but also contains other alkanes like ethane and propane. It burns cleanly and is used widely for energy. Petroleum contains more complex hydrocarbons and must be refined to separate useful fractions like gasoline. Coal was formed from decaying plants over millions of years and ranges from peat to anthracite based on carbon content and other properties. It releases pollutants when burned but provides an important source of fuel.
25sec3
There are different types of isomerism including structural isomers, stereoisomers, geometric isomers, and optical isomers. Structural isomers have the same molecular formula but different structures. Stereoisomers have the same molecular structure but different arrangements of atoms in space. Geometric isomers differ in the geometry of substituted groups around a double bond, which can be in trans or cis configurations. Optical isomers contain asymmetric carbons and exist as left or right-handed stereoisomers.
25sec2
Alkenes and alkynes are types of unsaturated hydrocarbons. Alkenes contain carbon-carbon double bonds and have the general formula CnH2n. They are named with the suffix -ene and the double bond is given the lowest possible number. Alkynes contain carbon-carbon triple bonds and have the formula CnH2n-2. Acetylene is the simplest alkyne and is commonly used as fuel in torches.
Ch 25 sec1
This document discusses hydrocarbons and organic chemistry. It begins by explaining that organic chemistry originally referred to compounds from living organisms, but now refers to compounds containing carbon. The simplest hydrocarbons are alkanes, which contain only carbon and hydrogen in single bonds. Alkanes can be straight-chain or branched-chain. Straight-chain alkanes have carbons in a chain, while branched alkanes have other atoms like hydrogen attached to the carbon chain. The document provides examples of naming straight-chain and branched alkanes based on IUPAC nomenclature rules.
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