Energy conservation 1
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This document discusses various topics related to energy conservation and renewable energy resources. It notes that over 70% of US electricity comes from non-renewable sources and that improving energy efficiency in buildings by 10% could reduce emissions equivalent to taking 30 million cars off the road. It then outlines the five main types of renewable energy resources - solar, hydroelectric, biomass fuels, geothermal, and wind - and provides statistics on what percentage of US energy comes from each renewable source, ranging from 6% for hydroelectric to under 1% for geothermal and wind energy.
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Conventional energy and non conventional sources of energy in india
Conventional energy and Non-Conventional Sources of Energy In India,
solar energy, wind energy, tidal energy, bio energy,Conventional Sources of Energy,Coal,Oil and Natural Gas,Electricity.Thermal Power , Hydro-electric power ,Nuclear Power,Advantages of Non-Conventional Sources of Energy,disAdvantages Conventional Sources of Energy
energy_conservation.ppt
The document discusses humanity's changing use of energy resources over time from relying solely on renewable sources like the sun and human/animal labor, to increasingly using non-renewable fossil fuels during the Industrial Revolution. It notes that fossil fuels are finite and will not be replenished, so exploring renewable alternatives and conserving energy is important. Some alternatives mentioned include hydroelectric, wind, solar, geothermal, and biomass power, though each also has disadvantages. The document emphasizes the need for individuals and society to limit energy use and transition away from fossil fuel dependence for sustainability.
energy_conservationf.ppt
The document discusses humanity's changing use of energy resources over time from relying solely on renewable sources like the sun and human/animal labor, to increasingly using non-renewable fossil fuels after the Industrial Revolution. It notes that fossil fuels are finite and will not be replenished, so conservation and alternative renewable sources like solar, wind, geothermal and biomass need to be pursued. Individual actions like insulating homes, using appliances efficiently, and choosing public transportation can help conserve energy.
energy_conservation.ppt
The document discusses humanity's changing use of energy resources over time from relying solely on renewable sources like the sun and human/animal labor, to increasingly using non-renewable fossil fuels after the Industrial Revolution. It notes that fossil fuels are finite and will not be replenished, so exploring renewable alternatives and conserving energy is important. Some alternatives mentioned include hydroelectric, wind, solar, geothermal, and biomass power, though each also has disadvantages. Individual actions like insulating homes, using appliances efficiently, and choosing more sustainable transportation can help limit energy usage.
Kps
The document summarizes different types of energy resources including renewable and non-renewable sources. It discusses various renewable energy sources such as solar, wind, hydel, bioenergy and biomass. Specific examples are provided on the use of solar energy for cooking and generating biogas from cow dung. Non-renewable sources like coal, crude oil, natural gas and nuclear energy are also summarized. The document concludes with proposing a framework and sample projects for children to study energy resources in their local area.
Energy flow And conservation of resources
Energy flows through ecosystems via food chains and is conserved at each transfer between trophic levels according to the first law of thermodynamics. Producers such as plants harness energy from the sun through photosynthesis and are consumed by primary consumers like herbivores, which are then consumed by secondary consumers such as carnivores. Nutrients also cycle through ecosystems via decomposition. Resources can be renewable like solar, wind, and hydropower or non-renewable like fossil fuels, and conservation efforts aim to sustainably manage their use and replenishment.
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More from bgriesmer
Weathering project 1
Weathering is the process by which rocks and minerals are broken down into smaller pieces over time by forces including water, wind, ice, and plant growth. There are three main types of weathering: mechanical, chemical, and organic. Mechanical weathering uses physical forces to break rocks into smaller pieces, chemical weathering uses chemical reactions to decompose rocks, and organic weathering involves plants and plant acids breaking down rocks. Weathering is an important natural process that breaks down all materials in nature over time.
The geologic time scale 1
The geologic time scale shows the eras and periods of Earth's history. During the Jurassic period of the Mesozoic era, dinosaurs like T-Rex and Velociraptor lived. A meteor wiped out the dinosaurs and allowed mammals to evolve and dominate. Early humans were cavemen that evolved to become smarter and build the first civilizations. The document provides an overview of major events and periods within the geologic time scale.
Eras of the earth
The document summarizes key events that occurred during different periods of Earth's history from the Precambrian era to the present day Quaternary period. It notes that the earliest sedimentary rocks formed over 3.8 billion years ago and the earliest life was microscopic bacteria. During later periods, the first vertebrates came out of the water onto land around 360 million years ago and the first wingless bugs evolved. By around 250 million years ago, the supercontinent Pangea had formed from the collision of other landmasses but later began to break apart. The document provides links to additional resources about each major period in Earth's development.
Heat transfer
This document discusses three types of heat transfer: convection, radiation, and conduction. Convection involves the transfer of heat through a fluid like air or water, such as heating a marshmallow over a campfire. Radiation transfers heat in rays, like the light from the sun. Conduction is the direct transfer of heat through touching objects, for example a pan heating up from a stove and transferring that heat to a person's hand.
Electro magnetic waves
Electromagnetic waves are waves made up of oscillating electric and magnetic fields that can transfer energy through space. There are different types of electromagnetic radiation including infrared radiation, which has wavelengths longer than visible light but shorter than microwaves. Electromagnetic radiation involves the transfer of energy through electromagnetic waves traveling through a vacuum.
The water cycle 1
The water cycle involves six main processes: transpiration, where water moves through plants and evaporates from leaves; condensation, where water vapor in the air condenses into liquid water; precipitation, when condensed water falls to Earth as rain, snow or hail; surface runoff, excess water that flows over the land when the soil is saturated; accumulation, where surface runoff collects in bodies of water; and evaporation, the process of liquid water turning into water vapor gas.
The water cycle pp
The document discusses the water cycle, including its key components and processes. It defines terms like evaporation, condensation, precipitation, and transpiration. It notes that the sun provides the energy that drives the water cycle. Only 3% of earth's water is freshwater. The document includes a diagram of the water cycle and some review questions to test comprehension.
Renewable energy mini project
The document discusses various renewable energy sources that currently provide energy worldwide, including their percentages. It notes that wind energy currently makes up 40% of the 10% of energy that comes from renewable sources, and biomass fuels provide 10%. It also states that hydroelectricity provides around 7% of global energy, solar 0.2%, and geothermal 0.3%. The document emphasizes that unlike fossil fuels, renewable resources are replenishable and will not run out.
Energy conservation 1
This document discusses various topics related to energy conservation and renewable energy resources. It notes that over 70% of US electricity comes from non-renewable sources and that improving energy efficiency in buildings by 10% could reduce emissions equivalent to taking 30 million cars off the road. It then outlines the five main types of renewable energy resources - solar, hydroelectric, biomass fuels, geothermal, and wind - and provides statistics on what percentage of US energy comes from each renewable source, ranging from 6% for hydroelectric to under 1% for geothermal and wind energy.
Layers of the atmosphere mini lesson
The document summarizes the different layers of Earth's atmosphere:
- The troposphere is the lowest layer where all weather occurs, containing 75% of the atmosphere's mass.
- The stratosphere contains the ozone layer and is free of weather.
- The mesosphere is the coldest layer where many meteors burn up seen as shooting stars.
- Above this is the ionosphere within the thermosphere that extends up to 400km.
- The exosphere, the outermost layer, extends outward from the thermosphere for thousands of miles.
Continental drift
Continental drift started when sea floor spreading caused the continents to move away from each other while they were all part of the supercontinent Pangea. Over time, Pangea split apart and the continents separated and became their own landmasses. Alfred Wegener had the idea of continental drift when he saw that South America fit into Africa like a puzzle piece.
Rain snow sleet hail
This document defines and provides details about precipitation. It begins by defining precipitation as water released from clouds in forms such as rain, freezing rain, sleet, snow, or hail. The document then provides state-by-state precipitation statistics for the US and defines the different forms of precipitation, including rain, snow, sleet, and hail. It includes facts about rainfall records and hail damage costs. Sources are listed at the end.
The green house effect
The document discusses the greenhouse effect and provides examples to illustrate the process. It notes that certain atmospheric gases like carbon dioxide trap the sun's energy and cause Earth's temperature to rise. Examples given are a greenhouse, which traps heat from the sun through glass, and a car parked in sunlight, where the glass does not allow heat to escape. The document also shares that 26% of the sun's energy is reflected by the atmosphere, 19% is absorbed, and 51% reaches the Earth's surface. Possible causes of the greenhouse effect include burning fossil fuels, wood, and coal, as well as population growth.
Characteristics of minerals
Minerals have five key characteristics that determine if a rock is classified as a mineral: 1) they are solid, 2) they are formed through inorganic processes, 3) they occur naturally, 4) they have a definite chemical composition, and 5) they have a definite crystalline structure. For a rock to be considered a mineral, it must meet at least three of these five characteristics, as some minerals do not exhibit all characteristics.
Volcanoes
The document summarizes how volcanoes form and erupt. Convection currents in the mantle can cause cracks, allowing magma to flow up and harden on the surface. As tectonic plates move, the older plate sinks into the mantle, melting it and allowing more magma to break through the crust. Volcanoes have passageways through which magma rises and erupts, throwing fragments of lava and ash into the air. Different types of lava form different landforms over millions of years, including shield volcanoes, plateaus, and collapsed calderas.
Sea floor spreading-1
Seafloor spreading is the process by which new oceanic crust is formed through volcanic activity at mid-ocean ridges, pushing the tectonic plates apart. Magma rises through cracks between the plates and hardens into new crust, causing the plates to spread further. This spreading helps explain continental drift and the theory of plate tectonics.
Layers of soil
Soil is formed from rocks and decaying organisms over hundreds of years and consists of minerals, water, air, and organic matter. Topsoil is the most productive layer and contains the majority of organisms living in soil, but it is also the thinnest layer and can be eroded easily. Various organisms help break down materials in the soil and aerate it to benefit plant and animal life.
The water cycle pp
The document discusses the water cycle, including its key components and processes. It defines terms like evaporation, condensation, precipitation, and transpiration. It notes that the sun provides the energy that drives the water cycle. Only 3% of earth's water is freshwater. The document includes a diagram of the water cycle and some review questions to test the reader's understanding.
Eras of the earth
The document summarizes key events that occurred during different periods of Earth's history from the Precambrian era to the present day Quaternary period. It notes that the earliest sedimentary rocks formed over 3.8 billion years ago and the earliest life was microscopic bacteria. During later periods, the first vertebrates came out of the water onto land around 360 million years ago and the first wingless bugs evolved. By around 250 million years ago, the supercontinent Pangea had formed from the collision of other landmasses but later began to break apart. The document provides links to additional resources about each major period in Earth's development.
Maps and globes
This document outlines the key elements of maps, including the 9 parts of a map like lines of latitude and longitude, labels, and a compass rose. It also discusses elements that add texture to maps such as elevation, relief, and different types of landforms. The key thing to know is that topography refers to the shape of the land, and that maps and globes represent features of Earth using symbols and scale distances measured in degrees from the equator and prime meridian.
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Energy conservation 1
- 2. Energy conservation Facts • Energy conservation- reducing energy use. • Over 70% of electricity in the U.S. is generated from non-renewable sources. • If the energy efficiency of commercial and industrial buildings improved by 10%, it would equal a reduction in greenhouse gas emissions equal to taking 30 million cars off the road.
- 3. Energy conservation Facts • Energy can be conserved by using renewable resources. • There are 5 types of renewable resources. • Solar, Hydroelectric, Biomass fuels, Geothermal, and Wind. • The EIA estimates that about 19% of world electricity generation is from renewable energy.
- 4. Solar energy • Solar energy is energy from the sun. • Solar energy is captured by solar panels. • About 0.22% of US energy comes from solar energy.
- 5. Solar Energy
- 6. Hydroelectric Energy • Hydroelectric energy is energy from moving water. • The water moves and turns a turbine that generates electricity. • 6% of US energy comes from Hydroelectric energy.
- 8. Biomass Fuels • Biomass fuels are made from living things. • Biomass fuels are burned to get energy. • 4.6% of US energy comes from biomass fuels.
- 10. Geothermal Energy • Geothermal energy is energy from Earth’s heat. • Geothermal pumps are used to tap into this resource. • .4% of US energy comes from geothermal energy.
- 12. Wind Energy • Wind energy is energy produced by wind. • Wind spins a wind turbine which generates electricity. • 1.4% of US energy comes from wind energy.
- 13. Wind Energy
- 14. The End