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Physics for Kids Quizzes, Trivia and Puzzles
Physics for Kids Quizzes, Trivia

Physics for Kids Trivia

Physics for Kids Trivia Quizzes

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Physics is the study of matter and energy, looking at things as small as the inside of atoms and as large as the universe. What makes objects behave the way they do?
9 quizzes and 90 trivia questions.
1.
  Glorious Physics for Kids!   best quiz  
Multiple Choice
 10 Qns
People know more physics than they think! This quiz will attempt to make a somewhat feared subject a little easier. Enjoy!
Easier, 10 Qns, jonnowales, Aug 25 20
Recommended for grades: 6,7,8,9
Easier
jonnowales gold member
Aug 25 20
7306 plays
2.
  Understanding Particle Physics for Kids! editor best quiz   best quiz  
Multiple Choice
 10 Qns
I hope you enjoy your journey through the atom and the amazing world of the very small. This is suitable for older children and there is nothing stopping the adults having a go of course! :)
Easier, 10 Qns, jonnowales, Aug 25 20
Recommended for grades: 10,11,12
Easier
jonnowales gold member
Aug 25 20
4350 plays
3.
  Electricity - A Quiz for Bright Sparks   popular trivia quiz  
Multiple Choice
 10 Qns
You could be shocked by how much you know about the everyday miracle of electricity. You might even find it enlightening! The questions are more general than technical.
Average, 10 Qns, musicmonkeyman, Aug 25 20
Recommended for grades: 6,7,8
Average
musicmonkeyman
Aug 25 20
5155 plays
4.
  Quantum Mechanics For Kids!   great trivia quiz  
Multiple Choice
 10 Qns
Quantum mechanics is all about little things called "particles". This quiz will introduce you to some of the most important ideas in quantum mechanics.
Average, 10 Qns, emiloony, Aug 25 20
Recommended for grades: 11,12
Average
emiloony
Aug 25 20
860 plays
5.
  Facts of Matter   popular trivia quiz  
Multiple Choice
 10 Qns
Matter matters. It's what the whole universe is made of. Amazingly, that includes you. How much do you know about these "bricks and mortar" of reality? Let's find out.
Easier, 10 Qns, c_g_jung, Aug 25 20
Recommended for grades: 8,9,10
Easier
c_g_jung
Aug 25 20
1532 plays
6.
  Nuclear Fission For Kids!   great trivia quiz  
Multiple Choice
 10 Qns
Let's explore the basics of the important process of nuclear fission.
Average, 10 Qns, looney_tunes, Aug 25 20
Recommended for grades: 11,12
Average
looney_tunes editor
Aug 25 20
1171 plays
7.
  Magnets and Electromagnets    
Multiple Choice
 10 Qns
Just a quick look at the basics of magnets and electromagnets.
Average, 10 Qns, rlhouse, Feb 20 21
Recommended for grades: 9,10,11,12
Average
rlhouse
Feb 20 21
2072 plays
8.
  Flight Basics    
Multiple Choice
 10 Qns
This is a mixed quiz about the science of flight and some questions about the four forces of flight. Good luck!
Average, 10 Qns, kool_kid, Mar 01 17
Recommended for grades: 10,11,12
Average
kool_kid
1784 plays
9.
  Why Does It Happen?    
Multiple Choice
 10 Qns
This is a science quiz which will ask you various questions about why some things happen and what is the reason behind these phenomena. Hope you enjoy the quiz.
Easier, 10 Qns, The_Rubiks, May 26 23
Recommended for grades: 6,7,8
Easier
The_Rubiks
May 26 23
523 plays

Physics for Kids Trivia Questions

1. What sort of things is quantum mechanics all about?

From Quiz
Quantum Mechanics For Kids!

Answer: The tiniest particles (bits) that everything is made of

Atoms are the building blocks that everything is made of - a bit like the lego bricks of nature. Atoms are tiny. Think how many grains of sand there must be on one beach. There may be that many atoms in one single grain of sand! But just as lego bricks are made of something (plastic), atoms are also made of something. Atoms are made of particles (tiny bits). You might have heard of protons, neutrons and electrons. Quantum mechanics studies how these "bits of atoms" or "sub-atomic particles" behave.

2. Matter is made up of very small units called what?

From Quiz Facts of Matter

Answer: Atoms

The word "atom" comes from the Greek word "atomos" meaning "indivisible". Atoms were called that by early Greek philosophers who first thought about what made matter. (So did philosophers in the Indian sub-continent, perhaps even earlier.) Nowadays we know that atoms aren't indivisible but have inside them smaller particles with unusual names like quarks and leptons.

3. The world of particle physics is incredible and often very strange! What is another name given to particle physics due to the speeds used in colliding atoms?

From Quiz Understanding Particle Physics for Kids!

Answer: High energy physics

A great example of a place that scientists collided particles was at CERN. CERN is a French abbreviation for a nuclear research centre that was founded on the border of France and Switzerland. In their research, they supply large amounts of energy (high energy) to particles so that they move really fast and bump into each other! They do this to find out what smaller parts are in the atom.

4. What CREATES more drag on an airplane?

From Quiz Flight Basics

Answer: Things sticking out of the plane's body

It is a streamline-shaped body (shaped like an airfoil) which reduces drag and adds more thrust to speed the plane up. If you want to increase drag, there would have to be a lot of things sticking out of the plane; so in order to have less drag, you would need to have a smooth plane.

5. When talking about magnets, what word is the opposite of attract?

From Quiz Magnets and Electromagnets

Answer: Repel

Magnets can attract and repel depending on the position of the magnetic poles. Remember, like poles repel and opposite poles attract.

6. What does the word "quantum" mean? (Clue: it is related to the word "quantity".)

From Quiz Quantum Mechanics For Kids!

Answer: The smallest amount of something

A quantum is a specific amount of energy. A quantum is such a small amount that it cannot be divided to make a smaller amount. It is sometimes thought of as a "packet" of energy.

7. Everything you can see is made up of atoms! However, the atom is so small that we couldn't possibly see just one of them. We can only see a collection of atoms, like me and you. What is an atom's volume mostly made up of?

From Quiz Understanding Particle Physics for Kids!

Answer: Empty space

Now this really is hard to get to grips with. If an atom is made up of mostly empty space and we are made of atoms, does that mean we are mostly empty space? Indeed it does and isn't that just mind-boggling?! Everything you can see that you think is a solid material, such as a wooden desk, is mostly made of empty space.

8. Gravity is the force which pulls things down to Earth. What is true about the force of gravity on the moon compared to Earth?

From Quiz Glorious Physics for Kids!

Answer: It is weaker.

The discovery of the force of gravity is often depicted as an apple falling on the head of the famous scientist, Isaac Newton. Gravity is present on the moon, though it is much weaker, which is why you see astronauts floating about!

9. When we run, after some time we start feeling tired. What happens to our initial energy?

From Quiz Why Does It Happen?

Answer: It has been turned into kinetic energy

When we run, we use energy produced by our body to move our legs - this movement is kinetic energy. As we speed up, our kinetic energy increases. This increase comes from our body. Hence we start losing energy and feel tired. Later when we stop, this kinetic energy changes into heat which we feel when we have been exercising.

10. What does the word "mechanics" mean, in the context of quantum mechanics?

From Quiz Quantum Mechanics For Kids!

Answer: How things interact

In scientific terms, mechanics is the study of how different things interact with each other, and the forces involved in their interactions. Quantum mechanics is the study of how the tiniest particles interact with each other, and the tiny packets of energy involved in their interactions.

11. What would happen to the plane if THRUST became GREATER than DRAG?

From Quiz Flight Basics

Answer: It would go faster

This is how a plane travels so quickly. It doesn't run by a pedal, like in a car, but switches buttons and triggers to change the amount of lift, thrust and drag.

12. Breaking the barrier of the speed of ____ causes the phenomenon known as the sonic boom.

From Quiz Glorious Physics for Kids!

Answer: Sound

Sound is fast, though nowhere near as fast as light. Light can travel 300,000,000 metres in just one second. It puts those fast athletes to shame doesn't it! If a cheetah was in a race against light, which would win? Answer: light, unless there was some cheating! Well, that was terrible, I know! No more - honest!

13. If I bring a North and South Pole together which word or phrase best describes what happens?

From Quiz Magnets and Electromagnets

Answer: Attraction

The magnet repels when two like poles are brought together. It attracts when two opposite poles come together. Maglev trains (magnetically levitated trains) use magnetic repulsion to "float" above the track.

14. A balloon filled with helium will always move up in the atmosphere. Why does this happen?

From Quiz Why Does It Happen?

Answer: Helium is less dense than air

Helium is a very light gas. It is even less dense than air and we know that things which are lighter float in a denser medium. So a balloon filled with helium will rise in air.

15. If we are secretly watching cars driving up to a junction, does the fact that we are watching them influence whether the drivers turn left or right?

From Quiz Quantum Mechanics For Kids!

Answer: No, they will go in the direction they intended to go

Watching the cars doesn't change their behaviour. But when scientists try to "watch" particles, it makes the particles do something different. This is because they are so small that the instruments scientists use to look at the particles interferes with what the particles are doing. It is a bit like if you are a very bad birdwatcher - if you cause too much disturbance the birds won't behave naturally, and they will fly away. This is called "observability" or the "observer effect" and means that it is very difficult for scientists to find out about these tiny particles.

16. Help, our matter is missing! Scientists believe that more than 90% of the matter and energy that exists in the universe cannot be seen even with our best instruments. What adjective is used to describe this "missing" matter and energy?

From Quiz Facts of Matter

Answer: Dark

Scientists (think they) know about dark matter because they observe that something is applying the force of gravity to the matter which we can see, even though that something is not visible itself. Similarly, scientists (think they) know about dark energy because they do know for sure that the universe is expanding, and they are pretty sure that that expansion is accelerating, so they reason that some form of energy must be making this happen even if they have not yet found direct evidence of exactly what that energy is.

17. How does an airfoil work?

From Quiz Flight Basics

Answer: Faster-moving air goes over the airfoil and slower moving air goes under, causing upthrust

The top of the airfoil is curved so the air above it has to move faster to meet up to the slower moving air below it. The low pressure air is above the wing, putting less resistance on it, and higher pressure air is below it, causing the plane to lift up.

18. Which body in our Solar System was once classified as a planet, but isn't any more?

From Quiz Glorious Physics for Kids!

Answer: Pluto

Pluto was discovered in 1930. Those mean astrophysicists and astronomers (space scientists) decided it was no longer worthy! Now, if any of you guys said Pacman, you really need to get off the computer! (After you have finished my quiz of course!)

19. Which pole of a magnet in a compass points north?

From Quiz Magnets and Electromagnets

Answer: North Pole

Therefore, the North Pole on Earth is actually a magnetic South Pole and the South Pole is a magnetic North Pole. Remember that opposite poles attract each other.

20. One important idea in quantum mechanics involved scientists trying to work out whether light is individual particles (like jelly beans) or continuous waves (like a licorice lace). What do you think they found out?

From Quiz Quantum Mechanics For Kids!

Answer: Light can behave like a particle and like a wave at the same time

Amazingly, light sometimes behaves like a particle and sometimes like a wave! In the early 20th century, scientists disagreed about which it was and did not believe that it could be both at the same time. They did experiments to try and discover which theory was right, and found out that in some experiments light acted like waves (one continuous piece) and in other experiments it acted like particles (individual pieces). This is called "wave-particle duality." Later on, scientists discovered that everything actually behaves like a wave and a particle. So even you have a wavy side!

21. What would happen if thrust, drag, lift, and gravity were all exerted equally on a plane?

From Quiz Flight Basics

Answer: It would remain travelling at a constant speed

It would not be able to accelerate (go faster) for a split second and then gravity would kick in (in real life).

22. Take this scenario: (The two people will be the same distance from the middle) A small boy is sitting on one end of a seesaw (teeter-totter). If a really fat man jumps on the other side, what would happen to the child?

From Quiz Glorious Physics for Kids!

Answer: He would move upwards.

Basically, this is what everybody learns when they start going to the playground, but the physicists have to complicate everything - as usual! A man named Archimedes studied levers, which is what a seesaw is a type of.

23. What advantage does an electromagnet have over a permanent magnet?

From Quiz Magnets and Electromagnets

Answer: An electromagnet can be switched off.

This turning off of an electromagnet is used in junk/scrap metal yards throughout the world. After the cranes pick up metal they can then turn the electro-magnet off and drop the metal where it is needed.

24. What is the "photoelectric effect"?

From Quiz Quantum Mechanics For Kids!

Answer: When light hits a metal, the metal releases electricity

When the light hits the metal, it knocks electrons out of the metal. If light was a wave, then we would expect the speed of the electrons being knocked out to depend on the intensity (or brightness) of the light. Think about a wave in the sea hitting a beach ball - the stronger the wave, the faster the ball will fly forwards. The famous scientist Albert Einstein did some experiments to investigate this effect. What Einstein found was that the brightness of the light didn't change the speed the electrons were knocked out. Instead, he noticed that the number of electrons being knocked out changed, depending on how bright the light was. The brighter the light, the more electrons got knocked out. Einstein used this discovery to show that light comes in little particles, which scientist call photons. The photoelectric effect could be summed up by saying that for each photon that hits the metal, one electron gets knocked out. Because the electrons were all knocked out at the same speed, Einstein said that each photon was like a packet, each containing the same amount of energy - a quantum of energy. This discovery earned Einstein the Nobel Prize in 1921.

25. When the nucleus of an atom of uranium-235 absorbs a neutron, it becomes an atom of uranium-236, and then breaks into two smaller atoms, such as krypton-92 and barium-141. This second reaction also produces how many neutrons?

From Quiz Nuclear Fission For Kids!

Answer: Three neutrons

Looking at the mass numbers of the reactant (236) and the products (92 and 141), we can see that a mass of 3 is not accounted for, even though all the protons of the original nucleus are in place. This means that there are also 3 neutrons, as well as a number of other products, including a lot of energy.

26. What is the best type of shape an aircraft needs to be to reduce drag?

From Quiz Flight Basics

Answer: Streamlined

The streamline, which takes the shape of a bird looking at it from in front, is the shape of an airfoil. This creates lift by faster moving air above creating lower pressure air. The slower moving air below is at a higher pressure, which helps create lift.

27. When you go ice-skating, you find that your most-embarrassing-aunt-of-all-time keeps falling over! What quantity has been reduced to cause her to fall?

From Quiz Glorious Physics for Kids!

Answer: Friction

Your embarrassing aunt (yes, you love her really) has suffered a blow to the ego due to friction taking a day off. Friction is when the movement of an object is slowed down by another surface. Friction is the force that allows a car to stop, and, if it wasn't present, a car would go on travelling forever!

28. When you try to walk on a smooth ramp, it is very difficult to do so. Why?

From Quiz Why Does It Happen?

Answer: Because of low friction

Friction is a force which occurs when two surfaces are in contact with each other. It opposes the motion of a body. So the higher the friction, the easier is is to walk on a surface. If something is smooth, it means it has very little friction with things that come into contact with it.

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