OXFORD 14. -19.3.2011 Act 1.c Act 2.a Act 2 b.

Slides:



Advertisements
Similar presentations
1. warmed. 2. cooled. 3. neither warmed nor cooled.
Advertisements

Without energy nothing happens.
Click to Begin.  Proton Proton  Electron Electron  Neutron Neutron.
Fossil fuels Section 1.
Heat Why is it colder in the night than in the day? The sun is the greatest heat source in the world. As the sun comes up, it warms the world. As the.
Phy100: Heat transport Three basic forms of thermal heat transport 1) Conduction (review and applications); 2)Convection; 3)Radiation.
Energy Resources Human Impact on the Environment.
Energy Resources Senior Seminar: Spaceship Earth Summer 2008.
Sources of Energy Renewable and Non- renewable. What is Energy? Energy is the ability to do work.
Renewable vs. Non-Renewable. Defined: Examples: Examples : Limited supply – may run out and will not be replaced in our lifetimes. May never run out,
Chemical Changes & Energy All chemical changes also involve some sort of energy change. Energy is either taken in or given off as the chemical change.
Energy Consumption and Production Trends By: Yu Kuwabara Brian Ponczak February 27, 2002.
Thermal Energy & Energy Sources Vocabulary Warm Up.
WHERE DOES OUR ENERGY COME FROM?. Energy SOURCES NON RENEWABLE Do not regenerate as fast as we consume them Risk of running out! Coal, oil, gas RENEWABLE.
Fuels for energy assignment. You are going to: do a presentation about a specific energy resource. For example: Coal Natural gas Nuclear fission Wind.
Finnish nuclear decision - long list of broken promises MEP Satu Hassi, Tallinn 27th Oct 2006 Minister for Environment
Natural Cycles Ecology Unit. Water and certain chemicals- such as carbon, oxygen, and nitrogen- are constantly being exchanged between air, water, soil,
INVITES YOU TO IT’S SEVENTH. 3 February – April 2013.
Strip Mining results in: erosion due to rain and wind local streams, rivers, and lakes filled with mud from rain runoff Results in loss of habitat.
Air Pollution Sources: Coal-Fired Power Plants April 13, 2011.
In Albany we use a lot of energy. What is energy? What things can you think of that use energy? We want to reduce our energy usage as much as possible.
Energy Resources Notes Energy Resource- A natural resource that people can turn into other forms of energy in order to do work.
THE NORTHEAST BY: Jasmine, Chelsea,Isaiah,James, Dave.
Energy Fuel and Conservation Part 1 By S. David Ross For South Charlotte Middle School's 6 th Grade Science Classes Winter 2014.
DENSITY Depends on: Depends on: Mass Mass Volume Volume D = m/v (g/cm 3 ) D = m/v (g/cm 3 ) Mass usually expressed in grams Volume usually expressed in.
Helsinki’s Climate Work and the Benefits of Open Assessment Sonja-Maria Ignatius City of Helsinki Environment Centre.
State Standard SB4B. Explain the flow of matter and energy through ecosystems by Explaining the need for cycling of major nutrients (C, O, H, N, P). Flow.
NATURAL SCIENCES GRADE 5 Energy & Change. A fuel is a material that is burned to produce energy. Wood, gas, coal and oil are examples of fuels. NATURAL.
Earth’s Changing Environment Lecture 15 Energy Conservation.
Cycling of Matter and Nutrient Cycles. The Biosphere Biosphere is the living surface of earth Lithosphere is the hard part of the earths surface Hydrosphere.
Earth’s Resources Chapter Sixteen: Natural Resources and Conservation 16.1 Natural Resources and Energy 16.2 Supplying Our Energy Needs 16.3 Resources.
DENSITY D = m/V (g/cm 3 ) Mass usually expressed in grams Volume usually expressed in cm 3 or liters, etc.
How do you think you could make a difference in conserving energy?
MATTER: THE 3 STATES OF WATER
How would you describe the composition of the ocean?
Energetic of Lithuania Vilnius “Židinio” Secondary School for Adults Vilnius, 2011.
11. 2 Steam Energy Energy that comes from the push of steam.
THE WATER CYCLE. WATER ON EARTH  Water is important because:  * Plants and animals need water to live.  * Without water, there could be no rain or.
Global average sea levels have risen by cm over the past 100 years In the next 100 years water levels could rise about 50 cm more.
WATER: Let’s Get Thirsty for Life! Water Distribution
Energy Use in the Unites States. Where was energy used?
How do particles of matter move?  Matter is made of particles called atoms.
Name _____6__ INTRO – Harnessing the Wind Nov__ Page
World Energy Outlook 2015 Deputy Director General Petteri Kuuva WEC Finland, 23 Nov
Biogeochemical Cycles Defined: Movement of water through the atmosphere 75% of the earth is water 99% of water undrinkable (salty & frozen) Water recycles.
Energy! Your World and You. Renewable Resources Renewable resources are naturally _________ Some examples of renewable resources are: –________ (sun)
Other Threats to Sustainability.  Matter and energy are recycled throughout Earth’s systems:  Lithosphere, hydrosphere, atmosphere, biosphere.  Water.
1 I’d put my money on the sun and solar energy. What a source of power! I hope we don’t have to wait ‘til oil and coal run out before we tackle that.”
Fire and Fire Safety List the three things necessary to maintain a fire. Explain why you should know about the causes of fire and how to prevent a fire.
Solar energy Solar energy is used to help cut the cost of electricity.
Chapter 4 Land, Water and Air Resources Section 4 Air Pollution and Solutions Notes 4-4.
It all starts with CARBON. coal (and electricity from coal) oil natural gas.
Natural Sciences and Technology Grade 5 Term 3: Energy and Change Stored Energy in Fuels (PPT 1)
First Grade Sight Words Ready…. Set…. Go…... the.
This model best represents which phase of matter? Solid, liquid, gas, plasma.
I. Resources of Western Europe This region has become successful and wealthy because of its natural resources, such as fertile soil, water and fuels. A.
Energy Resources Chapter 15 Section 3. Journal Entry 25 Describe the conversions between potential and kinetic energy of a pendulum.
Economic Connections Industry & Energy. Industry What kinds of industry exist? What kinds of industry exist? What kinds of industry exist? What kinds.
Jyväskylä’s energy use in 2012 ● The consumption of energy was 12 % lower than in 2010 ● Energy was mainly used in traffic and district heating ● The main.
Exercise 1 (exercise 1 p. 249) What is the specific heat of iron if 186 J of heat is required to raise the temperature of 165 g of iron from 23.2°C to.
Made by Wang Shulin. Maple Toronto Chinatown Victoria.
Making transportation better sustainability. Last week… We learned that cars release a lot of… – Carbon dioxide! C 8 H 18 + O 2  CO 2 + H 2 0 Ethanol.
LOGO Организация кредитования в Республике Беларусь Костенко А.К., к.э.н., доцент.
涉外合同中的法律适用问题 --- 以上海地区为例 Group 2 吕雅丽 王燕玉 刘彧 孙煜 韦卫玲 李天奇 LOGO.
PENN WOOD MIDDLE SCHOOL presents THE DIFFERENT TYPES OF ENERGY SOURCES
Energy resources.
The lamp and clock convert electrical energy to electromagnetic energy.
Without energy nothing happens.
Energy Year 2018 District Heating
Without energy nothing happens.
Presentation transcript:

OXFORD Act 1.c Act 2.a Act 2 b

Act 2.b Energy for everyone Energy saving in heating,lighting, transportation, use of hot water

Act 2.a Energy for everyone Kari made a research with his pupils. They found out the sources of energy in Finland.

Sources of energy in Finland 2010 Oil % Coal % Natural gas % Nuclear power % Import of electricity % Water- and windpower % Peat % Wood % Other % Total: %

Act 1.c Water for life

Getting water from the Lake of Tuusula

Results about the water Lake of Tuusula The thickness of the ice on 28th of February 55cm. It is the same than the average winter. Last year the ice left on 24 th of April. The winter has been colder than normally but also there has been more snow than normally. The average depth to see 50 – 70 cm.’ Phosphorus 74 – 88 µg/l (from the fertilizers) Clorophyl μg/l(Algae, blue-green algae) Oxygen 8 mg/l Examples what is done for the Lake. They are doing the fish removal and they are adding oxygen to the lake in the summertime.

M More information about The Lake Tuusula in the finnish meeting.

RESULTS OF THE LOGO VOTE Grades 1-6Grades 7-9ALL Logo Logo Logo Logo Logo