194.000+ questions in the database 215 treasure hunts available Create your own treasure hunt in 1 minute Suitable for all ages Always free - unless you as a creator set a price for participants

Nuclear Energy treasure hunt

Delve into the complex world of nuclear power with our educational GPS scavenger hunt. Discover how atomic power works, learn about nuclear reactors and explore the role of nuclear energy in our modern society.

Step 1 of 3 Free, so it costs you nothing! Really!

Next you pick the location(s) and select questions, your own or ours. 194.402 questions to choose from.

Made 2 days ago: Enkhuizen city walk in Enkhuizen

Nuclear Energy treasure hunt - GPS treasure hunt Physics

physics treasure hunts

No treasure hunts available yet

There are no treasure hunts for this subject yet. Be the first!

Be the first to create a physics treasure hunt

Featured this week: example questions for Nuclear Energy

New example questions from the library every Monday. Updated on 12 October 2026.

What is the difference between nuclear fusion and nuclear fission?
In fusion, atoms come together, in fission they separate Merger is blue, split is red Merger is big, split is small Merger is slow, split is fast
What can scientists do with atoms?
They can make energy with it They can play football with it They can draw with it They can sing with it
What energy does the sun use?
Nuclear fusion Batteries Petrol Electricity
How much energy is there in an atom?
Very much Nothing at all A little Only at night
What does the sun give us?
Light and warmth Water and ice Wind and rain Snow and hail
What makes an atom heavy?
The core The colour The size The speed
What happens when atoms come together?
Energy may be released They get angry They go dancing They get tired
What makes the sun so bright?
The energy released Yellow paint Lamps Candles
Create a nuclear energy treasure hunt for Ages 5-6
Why do nuclear power plants often have tall cooling towers?
To dissipate excess heat To store uranium To store electricity To look beautiful
What is radioactivity?
Radiation released from atomic nuclei Sound of the radio Light from a lamp Heat from the sun
What is produced in a nuclear power plant?
Electricity Water Petrol Plastic
Approximately how many nuclear power plants does France have?
More than 50 5 2 None
What happens when a nuclear reactor 'fails'?
The nuclear reaction stops automatically An explosion ensues Reactor meltdown Radioactive gas escapes
Where is spent uranium from nuclear power plants temporarily stored?
In special pools of water In ordinary storage tanks In the sea In the air
Approximately how long can a nuclear power plant generate electricity?
Day and night, all year round Daytime only Only at night Only in good weather
What is an advantage of nuclear power over coal?
It produces no air pollution during generation It is much cheaper It produces no waste It is much safer
Create a nuclear energy treasure hunt for Ages 9-10
What happens when a nuclear reactor overheats?
A core meltdown may occur It automatically becomes faster He begins to fly Nothing happens
Which invention made nuclear power possible?
The discovery of the atomic nucleus The invention of electricity The invention of the computer The discovery of magnetism
What is the role of water in many nuclear reactors?
Cooling and slowing down neutrons Making electricity Storing radioactive material Measuring temperature
What is the advantage of nuclear power over coal?
It produces no CO2 during generation It is cheaper to build It makes no sound It has no waste
Which gas is often used to cool nuclear reactors?
Helium Oxygen Nitrogen Hydrogen
How much energy can be extracted from a small amount of uranium?
Huge, millions more times than from coal About as much as coal Less than coal No energy at all
In which celestial body does nuclear fusion naturally take place?
The sun The moon Earth Mars
Which country had the Fukushima nuclear disaster in 2011?
Japan China Russia France
Create a nuclear energy treasure hunt for Ages 11-12
What substance is used to slow down neutrons in a nuclear reactor?
Water Steel Plastic Aluminium
Which element is created when uranium-235 absorbs a neutron?
Uranium-236 Uranium-234 Plutonium-235 Thorium-236
What is barium-141 in the context of nuclear fission?
A fission product One type of fuel A control staff material A refrigerant
What is the main cause of warming in a nuclear reactor?
Kinetic energy of fission products Friction between control rods Electrical resistance Solar heat
What material is used for the fuel rod housing?
Zircaloy (zirconium alloy) Stainless steel Aluminium Plastic
What does 'enrichment' of uranium mean?
Increasing the uranium-235 rate Cooling uranium Mixing with other metals Storing in containers
What is a Geiger counter?
A device to measure radioactivity A component of a nuclear reactor A kind of nuclear fuel A safety helmet
What gas is often released during nuclear fission of uranium?
Xenon Helium Nitrogen Oxygen
Create a nuclear energy treasure hunt for Ages 13-14
Which process is used to enrich uranium?
Gas centrifuge Electrolysis Distillation Magnetic separation
What is the function of the moderator in a nuclear reactor?
Slowing down neutrons Absorbing heat Stopping radiation Speeding up neutrons
On average, how many neutrons are released in the fission of one uranium-235 nucleus?
2-3 neutrons 1 neutron 5-6 neutrons 10-12 neutrons
Which material is often used as a moderator in nuclear reactors?
Heavy water (D₂O) Helium Nitrogen Argon
Which process is responsible for energy production in the sun?
Proton-proton chain Mainly the CNO cycle Nuclear fission Gravitational contraction
What is the main reason why nuclear fusion is difficult to control?
The extremely high temperatures required The radioactive waste products The lack of fuel The low energy yield
Which phenomenon causes the characteristic fuel shuffle in nuclear reactors?
Uneven neutron flux in the core Gravitational effects Temperature differences Magnetic fields
What is the main reason why nuclear fusion is cleaner than nuclear fission?
It produces much less long-lived radioactive waste It does not use radioactive fuel It produces more energy It cannot lead to a meltdown
Create a nuclear energy treasure hunt for Ages 15-16
What property makes graphite suitable as a moderator?
Low neutron absorption and good delay High thermal conductivity High density Low melting temperature
Which element has the symbol Tc and is used in medical imaging?
Technetium Thallium Tantalum Titanium
What is the effective dose of natural background radiation per year?
Approximately 2-3 mSv Approximately 20-30 mSv Approximately 0.2-0.3 mSv Approximately 200-300 mSv
What is the advantage of thorium as a nuclear fuel?
It produces less long-lived radioactive waste It is cheaper than uranium It has a higher energy density It does not require enrichment
What substance is produced when uranium-238 absorbs a neutron?
Neptunium-239 Plutonium-239 Uranium-239 Thorium-239
What is the function of containment at a nuclear reactor?
Containment of radioactive materials in the event of an accident Controlling the reactor temperature Generating electricity Cooling the fuel rods
What is Einstein's mass-energy relation?
E = mc² E = ½mv² E = mgh E = hf
What is the purpose of the ITER facility?
Demonstrating controlled nuclear fusion Storing nuclear waste Enriching uranium Recycling plutonium
Create a nuclear energy treasure hunt for Ages 17-18
Which reactor uses natural uranium without enrichment?
CANDU (PHWR) AP1000 (PWR) EPR (PWR) ABWR (BWR)
Which substance is used as a moderator in a pressurised water reactor?
Ordinary water Heavy water Graphite Beryllium
Which isotope is produced in a neutron generator?
Tritium from lithium-6 Plutonium from uranium-238 Uranium-233 from thorium-232 Californium from berkelium
What is the half-life of Cesium-137, a common radioactive fission product?
30.2 years 8.0 days 24,100 years 5.3 years
What energy is typically used to enrich uranium via gaseous diffusion?
2000-2500 kWh per SWU 50-100 kWh per SWU 500-800 kWh per SWU 5000-7000 kWh per SWU
What is the typical enrichment rate of uranium in commercial nuclear reactors?
3-5% U-235 15-20% U-235 0,7% U-235 90% U-235
What is the primary reason for the Fukushima nuclear disaster in 2011?
Tsunami caused power outage and cooling failure Human error in operating control rods Faulty steam generator led to overpressure Terrorist attack on nuclear power plant
Which reactor uses liquid salt as a coolant and fuel carrier?
Molten Salt Reactor (MSR) Fast Breeder Reactor (FBR) Pressurised water reactor (PWR) Boiling Water Reactor (BWR)
Create a nuclear energy treasure hunt for Ages 18+

How does it work?

1

Create treasure hunt

Choose a category, age and location. Select from 194.402 questions in 21 categories and create a complete treasure hunt within a minute.

2

Share treasure hunt

Share the treasure hunt via a link or QR code with friends, students or colleagues.

3

Do the treasure hunt

Open the treasure hunt on your phone, follow the route and answer the questions along the way.

Create your own treasure hunt

A complete GPS treasure hunt with questions and answers within a minute. Free!

Sign up for free

Other Physics subjects

Frequently asked questions

A Nuclear Energy scavenger hunt is a GPS-guided outdoor activity with quiz questions about Nuclear Energy, part of the theme Physics. You walk a route past various locations and answer fun questions along the way.

There are 2330 questions available about Nuclear Energy: 2330 multiple choice questions, 0 open questions and 0 assignments. The category Physics has more than 50187 questions in total.

There are Nuclear Energy questions for all ages: from 3-5 years (toddlers) to 20+ (adults). The questions are automatically adapted to the chosen level.

Go to oppatt.io, create a free account, choose the theme Physics and select Nuclear Energy as the topic. Choose an age category and location, and you'll have a complete scavenger hunt within a minute.