Unit 1: Test
NAME ______________________________________
REVIEW TEST • UNIT 1
Directions: Circle the letter of the answer
that best completes the statement given.
- Energy is defined as the ability to:
- do work
- produce electricity
- generate heat
- get out of bed in the morning
- An example of potential energy is:
- sunlight
- wheels moving on a car
- nutrients stored in plants
- flowing water
- An example of kinetic energy is:
- heat from a light bulb
- an underground oil reserve
- a wood pile
- a mousetrap waiting to trip
- All of the following are forms of energy, EXCEPT:
- kinetic and potential
- mechanical and thermal
- chemical and nuclear
- radiant and electrical
- Our bodies convert the energy in food to:
- radiant and chemical energy
- radiant and electrical energy
- mechanical and chemical energy
- mechanical and thermal energy
- Electrical energy is typically the movement of:
- atoms
- neutrons
- electrons
- protons
- Many power plants generate electricity by:
- capturing electrons from split atoms
- harnessing the stored electrical energy in fossil fuels
- heating water and using the steam to turn blades in a turbine that rotate copper coils through a magnetic field
- recreating the atmospheric conditions that cause lightning
- Electricity generated at power plants is measured in:
- amps
- watts
- kilowatts
- millirem
- The largest source of energy for producing electricity in the United States is:
- coal
- nuclear
- gas
- hydropower
- The fuel used in nuclear reactors is:
- water
- plutonium
- uranium
- neutrons
- When an atom is split, it releases a relatively large amount of energy in the form of
- light
- heat
- electricity
- motion
- One metric ton of nuclear fuel will provide about ________ times as much electrical power as that provided by burning one metric ton of coal.
- 1000
- 10,000
- 100,000
- 1,000,000
- In the United States, the federal agency responsible for setting the safety standards for nuclear power plants is the:
- U. S. Atomic Energy Commission
- U. S. Environmental Protection Agency
- U. S. Department of Energy
- U. S. Nuclear Regulatory Commission
- Low-level radioactive waste is produced by all of the following, EXCEPT:
- uranium mines
- hospitals
- research laboratories
- nuclear power plants
- The highly radioactive waste from nuclear power plants is called:
- transuranic waste
- biohazard waste
- mill tailings
- spent nuclear fuel
- Transuranic waste is different from low-level radioactive waste because:
- it emits higher levels of radiation
- there is no place to store it
- it is radioactive for a longer period of time
- it consists of discarded clothing, rags, and equipment
- The high-level radioactive waste produced by the U.S. Government includes all of the following, EXCEPT:
- nuclear materials from national defense programs
- contaminated clothing, rags, and equipment
- spent nuclear fuel from government research reactors
- spent nuclear fuel from submarines and aircraft carriers
- Immediately after spent nuclear fuel is removed from a nuclear reactor, it is placed in a:
- heavy container that shields radiation
- repository
- pool of water
- concrete bunker
- Spent nuclear fuel and high-level radioactive waste are dangerous because they:
- are liquids that can leak into the environment
- can cause a nuclear explosion
- emit extremely high-levels of radiation for thousands of years
- are highly flammable
- The United States has decided on the following method for permanently disposing of highly radioactive nuclear waste:
- storing it in caves
- placing it in an underground repository
- inserting it in concrete bunkers
- burying it under the ocean floor
Answer Key [pdf]
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