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Please work in teams (  2 people)
Each column has activities for you to complete make sure you submit your evidence in the respective column ( below the instructions)

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How many  nuclear power plants  and wind turbines are needed to light up 125 lightbulbs all day  long per person in the UK ?

Submit your responses below

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If you can not watch the video in your computer, please ask the sub-teacher to play it in the teacher's computer

As you watch the video please try to find the answer to the question

How many  nuclear power plants  and wind turbines are needed to light up 125 lightbulbs all day  long per person in the UK ?

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Please be aware that resources have been published on the website in the form that they were originally supplied. This means that procedures reflect general practice and standards applicable at the time resources were produced and cannot be assumed to be acceptable today. Website users are fully responsible for ensuring that any activity, including practical work, which they carry out is in accordance with current regulations related to health and safety and that an appropriate risk assessment has been carried out.

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This video features Cambridge University physicist, David Mackay, in a passionate, personal analysis of the energy crisis in the UK, in which he comes to some surprising conclusions about the way forward. The film is based on his new book Sustainable Energy Without the Hot Air, in which Professor Mackay has calculated the numbers involved for the alternatives to fossil fuels like coal, gas and oil.

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We currently are highly dependent on fossil fuels for most of our energy supply—this energy is instrumental for maintaining our current society. However, our supply of non-renewable energy sources is being depleted and may even reach a point at which its limited supply adversely affects our lives. The rapid depletion of fossil fuels stems in part from our current energy use habits. For example, the average American uses six times the amount of energy as the global average. Another way to describe this is that we use one million dollars worth of energy every minute in the US.

We can work to continue to use energy as appropriate in our everyday lives, but we need to make changes to conserve energy, use energy more efficiently or provide additional renewable energy resources that are technologically available to consumers. As individuals, we can make changes in our own lives and we can make decisions about our future profession to help solve our growing energy crisis.

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XXXXX Nuclear Power
XXXXX Wind Turbines

Luisa & Luisa's Classmate

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According to the video.. XXXXXXXX Nuclear Power. XXX  Wind Turbines

Luisa & Luisa's Classmate

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After X rounds we were able to configure the energy system by.. adding  XXXXXX

Luisa & Luisa's Classmate

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Americans use a lot of energy! Even though their population is only about 5% of our planet's total, they use almost 30% of the world's energy resources! The energy they use comes from a variety of resources, some provided within our own borders and some imported from other countries. Every year they need to import larger and larger amounts of resources to meet our growing energy demand. Even though they are beginning to develop renewable energy resources, they still provide only a small fraction (about 7%) of our energy demand. Most of their energy (about 85%) comes from non-renewable fossil fuels.

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Your task is to create a graph (bar, pie, or line) of  the data, so that you can present and describe the information to the rest of the class.
Instruction

1Download the excel file above ( doble click and in the right side you'll find three dots, there you'll find the option to download)
2.Select two tabs ( spreadsheet) in total there are 10
3Read the instructions in the first tab you selected
4Create the graph
5Take a screenshot of your graph
6Upload the screenshot
7In a comment in  this padlet describe the graph and any result you might have found surprising.
8Repeat  step 3-7 for the second tab you selected

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Try putting the electrical appliances in order of the  amount of energy they need to power them from the least to the most.

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Instructions
Open the pdf
Look at all the different appliances
In a comment list in order of the  amount of energy they need to power them from the least to the most.

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Write two sentences about what you learned today

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| * energy use is split in approximately thirds (transportation, industry, buildings (residential+commercial))
| * Energy used by the transportation sector is growing most rapidly
| * energy use by industry is still the greatest total share, but it is not growing

Luisa & Luisa's Classmate

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You are required to implement an energy system that meets the demand to run a farm whilst minimising the cost and environmental impact.
Run the simulator until you are able to set up an energy system that has
Power Cuts : NONE

Running Costs:  40%

Ecorating 60% or more

One you are done please upload a screen shot of your final outcome and a comment on yoru key takeaways / learnings while you were playing with the simulator

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Energy saving light bulb
phone charger
kettle
lightbulb
laptop
xbox
hair dryer
tv

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1 Nuclear Power.
5 Wind Turbines.

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3 Nuclear Powerplants
25 Wind Turbines

Majo & Enevy

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2 Nuclear Power
25 Wind Turbines

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2 nuclear power plants 23 wind turbines 

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2 nuclear power plants 23 wind turbines 

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Omar khalifa
Victoria Pinto

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Acording to the video...
300 Nuclear Powerplants.
600,000 Wind Tubines

Majo & Enevy

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5 nuclear power plants
25 wind turbines

David & Rodrigo

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According to the video...
300 Nuclear Power
6,000 Wind Turbines

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According to the video...
300 Nuclear Power-plants
600,000 Wind Turbines

David & Rodrigo

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According to the video...
300 Nucelar Powerplants
600,000 Wind Turbines

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acording to the video 300 nuclear power plants 6000 wind tuiribines 

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acording to the video 300 nuclear power plants 6000 wind tuiribines 

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Omar khalifa
Victoria Pinto

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300 nuclear power stations and 600000 wind turbines.

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After 4 rounds we were able to configure the energy system by.. adding  2 photovoltaic cells, 3 wind turbins, 1 biogas generator and 1 national grid

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after 3 round we were able to configure the energy system by adding 3 solar panels 1 wind turbine 1 national grid 1 bio gas generator

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As explained last semester,  during the spring semester you'll be part of the Grupo Promesa Challenge. The aim is to analyze the Energy Crisis issue in Mexico and provide a solution following the Design Thinking  process. We will work in the project every month and later on after you will co-write the report and submit it to GAC.

As an intial step please  register your team ( 2 people only) in the GP challenge website

https://airtable.com/shr5ioBIy3Df43gHC

Please check the box where it says send a copy of the submission to my email and send it to me
luisa.perez@esn.edu.mx

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After using the simulator a couple of times we were able to configure the energy system by adding 2 turbines, 3 solar cells, 1 biogas generator, and 1 national grid

Majo & Enevy

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Kettle
Energy-saving light bulb
Phone charger
Laptop
Lightbulb
Hairdryer
Xbox
Flat Screen TV

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What does and energy system works with, materials
What powers 125 light bulbs

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After 4 rounds we were able to configure the energy system by adding 3 wind turbines, 2 photovoltaic cells, 1 national grid, and 1 biogas generator.

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How a lightbulb can be a measurement of amount go energy. Every activity counts.

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After a lot of rounds, we were able to find the perfect balance in order to create a simulated energy farm to meet these requirements.

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We learned how the energy system works and how new ways can be implemented to better this situation. We learned how much energy is used and how much certain things use.

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1. Kettle
2. Xbox
3. Phone charger
4. Light Bulb
5. Screen
6. Energy saving light bulb
7. Laptop
8. Hair dryer

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1. Energy-saving lightbulb
2. Lightbulb
3. Phone charger
4. Kettle
5. Laptop
6. Xbox
7. Hair dryer
8. TV

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The importnace of saving energy, the main energy sources, and the inmense amount of energy that it's consumed.

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A common trend in both graphs is the increase in overall consumtion that shows the over all trend of our current society
Omar Khalifa
Victoria Pinto

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The bigger the house is, the more energy it will consume, the data in the first table is rising proportionally to the square feet of each house.
The second table shows the average percentage of electricity consumption in a household in a way we can observe which appliences and equipment consume the most.

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Creating sustainable energy helps a lot.
How does energy can be transformed from different ways.

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Identify the key  issues in Mexico related to Energy Crisis ( recent news)
Include all the links in the file