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Test your basic knowledge |
Energy Efficiency And Renewable Energy Revolution
Start Test
Study First
Subject
:
science
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Low dam is built across a stream
Solar Thermal Systems
Strawbale houses
Strawbale houses
Small scale hydropower
2. Dam is built across a large river to create a resevoir - uses turbines
Pumped Storage hydropower
PV
DOE
Large scale hydropower
3. Energy of the entire delivery process - determined by efficiency of each step of the procedure
Energy Efficiency
Large scale hydropower
Strawbale houses
Net Energy Efficiency
4. Steam with no water droplets
Net Energy Efficiency
Large scale hydropower
CAFE
Dry Steam
5. Collectors absorb energy and a fan or pump supplies part of the building's space heating
Active Solar Heating System
Energy Efficiency
PV
OTEC
6. Dam is built across a large river to create a resevoir - uses turbines
solar-hydrogen revolution
Large scale hydropower
DOE
PV
7. Use bowls basically to store sunlight
Parabolic Dish Collectors
solar-hydrogen revolution
Green design
Active Solar Heating System
8. Low dam is built across a stream
CAFE
Small scale hydropower
OTEC
PV
9. Absorbs and stores heat from the sun directly within a structure. Example is greenhouse
Fuel Cell
Passive Solar Heating System
Cogeneration
Power tower
10. Energy from heat contained in underground rocks
Compressed gas storage tanks
Geothermal
Active Solar Heating System
We steam
11. Collect and transform radiant energy from the sun into thermal energy that can be converted to electricity
Dry Steam
CAFE
Geothermal
Solar Thermal Systems
12. Absorbs and stores heat from the sun directly within a structure. Example is greenhouse
Power tower
Geothermal
Passive Solar Heating System
Geothermal
13. Produces hydrogen by using chemical processes and high temperatures to seperate hydrogen atoms from carbon
Reforming
Pumped Storage hydropower
OTEC
DOE
14. Energy from heat contained in underground rocks
Dry Steam
Solar Thermal plant
Fuel Cell
Geothermal
15. Distributed reciever system with sunlight collected and focused on pipes
Net Energy Efficiency
Solar Thermal plant
Small scale hydropower
Geothermal
16. Homes with walls made of bales covered with plaster or adobe
Micropower systems
Fuel Cell
solar-hydrogen revolution
Strawbale houses
17. Stores hydrogen above or below ground - very expensive
We steam
Compressed gas storage tanks
Large scale hydropower
OTEC
18. Corporate Average Fuel Economy
CAFE
Reforming
Active Solar Heating System
Biofuels
19. Department of Energy
Dry Steam
Parabolic Dish Collectors
solar-hydrogen revolution
DOE
20. Initial cost plus lifetime opperating cost
CAFE
Solar Thermal Systems
Large scale hydropower
Life cycle cost
21. Distributed reciever system with sunlight collected and focused on pipes
Pumped Storage hydropower
Solar Thermal plant
We steam
Dry Steam
22. Energy of the entire delivery process - determined by efficiency of each step of the procedure
We steam
Strawbale houses
Net Energy Efficiency
solar-hydrogen revolution
23. Where hydrogen and oxygen are combined to produce electrical currents - have no moving parts - are quiet - only emit water or heat - and are more reliable
Biofuels
Reforming
Fuel Cell
Small scale hydropower
24. Corporate Average Fuel Economy
DOE
CAFE
OTEC
Dry Steam
25. Use of passive solar energy and solar cells
Green design
We steam
PV
Strawbale houses
26. Central retriever system that uses mirrors to collect heat
Solar Thermal plant
Life cycle cost
Power tower
Large scale hydropower
27. Stores hydrogen above or below ground - very expensive
Cogeneration
Solar Thermal Systems
Biofuels
Compressed gas storage tanks
28. Started at the end of the Age of Oil
Fuel Cell
Biofuels
solar-hydrogen revolution
Fuel Cell
29. Combined heat and power CHP - two useful materials are produced from the same fuel source.
Power tower
Strawbale houses
Cogeneration
Strawbale houses
30. Ocean Thermal Energy Conversion
CAFE
OTEC
Life cycle cost
Biofuels
31. The percentage of total input into a conversion device or system that does useful work and is not converted to useless heat
DOE
Energy Efficiency
OTEC
Strawbale houses
32. Started at the end of the Age of Oil
Energy Efficiency
solar-hydrogen revolution
Micropower systems
Pumped Storage hydropower
33. Initial cost plus lifetime opperating cost
Large scale hydropower
Net Energy Efficiency
Life cycle cost
Dry Steam
34. Pumps using surplus electricity from a powerplant pump water from one lake to another
solar-hydrogen revolution
Energy Efficiency
Large scale hydropower
Pumped Storage hydropower
35. Mixture of steam and water droplets
Geothermal
We steam
Reforming
Geothermal
36. Mixture of steam and water droplets
Life cycle cost
Green design
Pumped Storage hydropower
We steam
37. Organic material that can be used as fuels
Biofuels
Cogeneration
Small scale hydropower
Strawbale houses
38. Ocean Thermal Energy Conversion
Solar Thermal plant
Fuel Cell
solar-hydrogen revolution
OTEC
39. The percentage of total input into a conversion device or system that does useful work and is not converted to useless heat
DOE
Energy Efficiency
PV
Fuel Cell
40. Energy efficient smaller technology to be used in every day life
Solar Thermal plant
Reforming
Micropower systems
Power tower
41. Use of passive solar energy and solar cells
Green design
Net Energy Efficiency
PV
DOE
42. Department of Energy
Power tower
Dry Steam
DOE
Reforming
43. Where hydrogen and oxygen are combined to produce electrical currents - have no moving parts - are quiet - only emit water or heat - and are more reliable
Cogeneration
Fuel Cell
solar-hydrogen revolution
Compressed gas storage tanks
44. Collect and transform radiant energy from the sun into thermal energy that can be converted to electricity
Solar Thermal plant
PV
We steam
Solar Thermal Systems
45. Collectors absorb energy and a fan or pump supplies part of the building's space heating
Dry Steam
Parabolic Dish Collectors
Active Solar Heating System
Power tower
46. Photovoltaic cells - or solar cells. Transparent wafer with a semiconductor material hanging and creates an electrical current
Cogeneration
PV
DOE
Solar Thermal Systems
47. Produces hydrogen by using chemical processes and high temperatures to seperate hydrogen atoms from carbon
Reforming
Large scale hydropower
Cogeneration
Parabolic Dish Collectors
48. Central retriever system that uses mirrors to collect heat
Solar Thermal plant
Power tower
Life cycle cost
Pumped Storage hydropower
49. Use bowls basically to store sunlight
Strawbale houses
OTEC
Reforming
Parabolic Dish Collectors
50. Photovoltaic cells - or solar cells. Transparent wafer with a semiconductor material hanging and creates an electrical current
PV
Solar Thermal plant
Life cycle cost
DOE