Science Shorts
This is a growing collection of (1-minute or under) science shorts. They are sorted by general content and can be used as phenomena, bell ringers, engagements, or assigned to students to show concepts.
Chemistry
Title of video (With the link to the video) | What the video is about |
What is biochemistry | Purdue Biochemistry student, Mauricio Cortes, explains "What is Biochemistry?" |
VSEPR in a Flash | Valence Shell Electron Pair Repulsion VSEPR |
Exploding Hydrogen Balloons with Different Amounts of Oxygen | Exploding Hydrogen/Oxygen balloons |
Convection Currents Demo | How weather, oceans, and lava work! |
Burning Magnesium inside of Dry Ice | Demo of burning magnesium inside of dry Ice |
Feeling the Pressure of the Ideal Gas Law | You might know that the Ideal Gas Law tells us that when the pressure goes up the temperature will too. This short lets us see it happening. |
Vanishing water | A quick demo that shows some materials absorb water |
Seeding a Supersaturated Solution of Sodium Acetate Trihydrate | Showing what happens in a super-saturated solution of Acetate Trihydrate |
Beer's Law | Explanation of Beer's Law |
Burn Gummy, Burn! | Ever wonder how much energy is in ONE gummy bear? |
Science demo in the lab verse in front of the class | A video showing that demos do not always go as planned. |
Titration curves and calculations | Explains titration equations and calculations. |
What color will different metals be in a flame? | Flame tests are used to demonstrate the atomic emission spectra of various ions and to relate discussions of the Bohr atom to phenomena observed in the real world. |
Elephant Toothpaste (The Giant's Toothpaste) Demo | Elephant toothpaste, sometimes called The Giant's Toothpaste, is a reaction that is used to demonstrate the decomposition of hydrogen peroxide using a catalyst. |
Thermite Reaction producing molten iron! | This reaction was performed by experts at Purdue University using proper PPE, apparatus, and safety precautions. The molten iron that pours out of the bottom of the container exceeds 3000 degrees C. DO NOT try this without proper PPE and expertise to perform the demo safely. |
Observing a pH Indicator | How a PH indicator works |
Using Cabbage Juice as a pH Indicator | A video of making a PH indicator out of a cabbage. |
Decomposition of Hydrogen Peroxide | A video narrating an experiment demo of the decomposition of Hydrogen Peroxide |
How to Break a Racquetball | Using Liquid Nitrogen to Break a Racquetball |
What is a Clean Room | Dr. Ryan Ickert, Senior Research Scientist. Dept. of Earth, Atmospheric, and Planetary Sciences at Purdue University explain how a chemistry clean room works. |
What are the Properties of Water? | Explaining water chemistry and how important of a role water plays in our everyday lives |
Floating Cube | A floating cube |
The pH scale explained | The pH scale ranges from 0-14, where 0-6.99 is acidic, 7 is neutral, and 7.01-14 is basic. This helps us determine if something is an acid or a base |
Briggs-Rauscher Oscillating Reaction | The Briggs-Rauscher oscillating reaction is a fascinating demonstration of both reversible reactions and the concept of equilibrium |
forensics in a nutshell | Forensics is about analyzing what is left behind when a person has entered and exited a room |
What is Geophysics? | Everything is created by geophysics. In the major, you take a lot of math, chemistry, coding, etc. |
King Midas and the Golden Touch: Is there truth in Greek mythology and alchemy | King Midas is known for having a golden touch and there is evidence that he spent time in copper mines with zinc in it and that element would give off a golden sheen |
DNA | DNA is what we are made of |
Using PCR to test for COVID | Humphrey Lotana explains how he uses PCR to research a cure for Alzheimer's. |
Blood Types Explained | The different types of blood |
States of Matter | The different states of matter. |
Visualizing X-Rays | An Experiment that tries to explain how X-Rays really works |
Alzheimer's to prostate cancer: Using the same science to discover new treatments |
Antonio Bonifasi is a biochemist who researches both Alzheimer's disease and prostate cancer
|
Turning up the HEAT on the Ideal Gas Law | The Ideal Gas Law tells us that when the pressure goes up the temperature will too. Austin (the master of physics demos) demonstrates this with a simple demo. |
Rocks Tell a Story | The process of formation of rocks, and how they can tell us about Earth's History |
The Wave Machine | This experiment shows the conservation of energy, using a "Wave Machine" |
Smoke Convection | This demo uses smoke to trace the air moving through a box with 2 chemistries. When a candle is added to the other chimney, the smoke changes to go up with the hot air of the candle |
About Nitrogen and Liquid | What is Liquid Nitrogen |
Coulomb's Law | Colomb's Law and where to use it |
How many drops on a penny ? | Water has many important properties, two of which include adhesion and cohesion. |
Why does water freeze top down? | The physics process of freezing water |
Why Research the Sun? | Why is so important to know what is happening in our sun? |
Microplastics In Your Bottled Water | Sarah Zack, Pollution Prevention Extension Specialist, discusses microplastics: what they are and where they come from. |
Alzheimer's disease: Searching for a cure | Humphrey Lotana quickly explains his role in researching more effective drugs to target and cure Alzheimer's disease. |
Another Good Reason to Build a Pond | Forester, Lenny Farlee, explains that ponds are sometimes built as a source of water to put out fires. |
What's in the water? Types of Medications and Potential Impacts | Sarah Zack, Pollution Prevention Extension Specialist, discusses microplastics: what they are and where they come from. |
Earth Science
Title of video (With link to the video) | What the video is about |
Exploding Hydrogen Balloons with Different Amounts of Oxygen | Exploding Hydrogen/Oxygen balloons |
Why Astronauts Float | Why the Astronauts float in the space |
Dropping a Coin and Feather in a Vacuum | What happens when you drop two very different items in a vacuum? |
Researching Igneous Rocks | Dr. Madeline J. Lewis explains igneous rocks |
Convection Currents Demo | How weather, oceans, and lava work! |
Resonance with Tuning Forks | Two identical wooden boxes, open at one end, have identical tuning forks attached at the center of the top of the box. When the tuning fork is struck, the sound is amplified by the resonance occurring in the box. When one box is placed such that its opening is a few centimeters from the other’s opening, striking one tuning fork sets up a sympathetic vibration in the other |
Seeing Magnetic Forces | The Magnetics Forces When two magnetics are interacting with each other |
U shaped valley formed by glaciers in Abisko, Sweden! | Allie Koester is in Abisko, Sweden for field season training. We are glad she took a minute to share the beautiful landscape and explain valleys carved by glaciers! |
What is the Difference Between Weather and Climate? | Philomena explains the difference between weather and climate |
What is Geology? | What is Geology |
How fast will a car warm up in the sun? | Steven's video measuring an increase of 59 degrees Fahrenheit in twenty minutes inside the car on this hot, sunny day |
Science demo in the lab verse in front of the class | Burning stuff on the class to show they fly |
Why do some planets have seasons | Why do some of the planets have seasons? |
What color will different metals be in a flame? | Flame tests are used to demonstrate the atomic emission spectra of various ions and to relate discussions of the Bohr atom to phenomena observed in the real world. |
What is LIDAR | Lidar, which stands for Light Detection and Ranging, is a remote sensing method that uses light in the form of a pulsed laser to measure ranges (variable distances) to the Earth. |
What is 1 AU? | Mr. Field explains the magnitude of 1 AU! |
The closest one is not the fastest: Can you explain why? | Why some light balls are spinning faster than others, Physics Experiment. |
Did You Know that Venus has Phases? | Jhon Talyor from Elkhart Indiana explains his observation of venus having a phase |
Measuring tree height with a protractor and a tape measure | Measuring a tree's height with a protractor and a tape measure |
Using Cabbage Juice as a pH Indicator | A video of making a PH indicator out of a cabbage. |
What is Planetary Geophysics | Ean explains the major "Planetary Geophysics" |
How to train for a spacewalk | Purdue University EAPS student explains training in a neutral buoyancy lab to do a space walk. And yes, Joe has trained in one!! |
What is a Clean Room | Dr. Ryan Ickert, Senior Research Scientist. Dept. of Earth, Atmospheric, and Planetary Sciences at Purdue University explain how a chemistry clean room works. |
What are the Properties of Water? | Explaining water chemistry and how important of a role water plays in our everyday lives |
Are you Breathing in Micro-plastics? | A device that can count the number of micro-plastics in the air by color or angularity |
Volcanoes on the Moon | The moon had active volcanoes between 1-3 billion years ago. The difference in colors on the moon is because of lava flowing when the volcanoes were active |
The pH scale explained | The pH scale ranges from 0-14, where 0-6.99 is acidic, 7 is neutral, and 7.01-14 is basic. This helps us determine if something is an acid or a base |
What are Minerals? | Minerals are solid crystal structures that are found everywhere on Earth and used to make many different items we use daily |
What is Geophysics? | Everything is created by geophysics. In the major, you take a lot of math, chemistry, coding, etc. |
Soil horizons with Mr. Lorenz. for the 1 Minute (or so) Science Challenge | Different types of soil and their characteristics of them |
King Midas and the Golden Touch: Is there truth in Greek mythology and alchemy | King Midas is known for having a golden touch and there is evidence that he spent time in copper mines with zinc in it and that element would give off a golden sheen |
NASA's ER-2 Research Plane Landing | This is the footage we took from the chase car with the ground pilot! It would be like landing a huge bicycle. We are visiting the DCOTSS mission HQ this week. Look for some awesome footage from interviews and other mission happenings. |
Shoot the Monkey: Projectile Motion demo | A toy monkey having a metal plate attached to his head, is suspended from an electromagnet attached to the ceiling. A projectile is fired from a tube and the monkey is released just as the projectile leaves the end of the tube. If the tube is aimed directly at the monkey initially, the two will collide in mid-air. |
States of Matter | The different states of matter. |
Visualizing X-Rays | An Experiment that tries to explain how X-Rays really works |
How to study a river in the lab | Recorded at AGU 2022 in Chicago, this interview explains how to study rivers in the lab and why this is the best way to do so |
Geology of South Dakota | This interview explains the geology of South Dakota |
Turning up the HEAT on the Ideal Gas Law | The Ideal Gas Law tells us that when the pressure goes up the temperature will too. Austin (the master of physics demos) demonstrates this with a simple demo. |
Why Research Soil Moisture? | Recorded at AGU 2022, this scientist explains why soil Moisture is worth Researching |
How Geologists determine grain size of Sand, Silt, and Clay | Recorded at AGU 2022, This interview splain how geologists know how to categorize the grains |
What is Climate and the New Climate State? | What are the effects of the dramatic climate change on our planet, and how will be in the future living in a new Climate State? |
What is Hydroponics and Where is it Going? | What is Hydroponics and where this is most frequently happening |
Why leaves change Colors in the Fall | Why do the leaves change color every season |
Can Crush: Why does the water go into the can? | Air pressure is all around us, and it is very powerful! |
Rocks Tell a Story | The process of formation of rocks, and how they can tell us about Earth's History |
Volcanic Lightning | The phenomenon when lighting hit a volcano in the middle of an eruption |
The Wave Machine | This experiment shows the conservation of energy, using a "Wave Machine" |
Smoke Convection | This demo uses smoke to trace the air moving through a box with 2 chemistries. When a candle is added to the other chimney, the smoke changes to go up with the hot air of the candle |
How many drops on a penny ? | Water has many important properties, two of which include adhesion and cohesion. |
What can you do in Environmental Geoscience? | The cool things that can be done in the Environmental Geoscience field |
Cloud Charades | So you can name a type of cloud but can you act it out? |
Water and the Water Cycle | The Water Cycle on our planet |
Ken Ridgway shares that we need to start learning from everyone to solve global problems. | This is a small clip from Dr. Ridgway’s interview “Blending Indigenous Knowledge and Western Science Respectfully” Watch the full episode released 02/14/22. |
Heat from the Earth makes currents | The currents in our planet |
The Water Cycle in a minute | The Water Cycle on our planet |
Why Research the Sea | Why is so important to know what is happening in our Sea |
Sand Dunes | What are Sand Dunes |
Environmental Science
Title of video (With link to the video) | What the video is about |
Dropping a Coin and Feather in a Vacuum | What happens when you drop two very different items in a vacuum? |
Convection Currents Demo | How weather, oceans, and lava work! |
What is the Difference Between Weather and Climate? | Philomena explains the difference between weather and climate |
How fast will a car warm up in the sun? | Steven's video measuring an increase of 59 degrees Fahrenheit in twenty minutes inside the car on this hot, sunny day |
Science demo in the lab verse in front of the class | Burning stuff on the class to show they fly |
Why some planets have seasons | Why do some of the planets have seasons? |
The closest one is not the fastest: Can you explain why? | Why some light balls are spinning faster than others, Physics Experiment. |
Did You Know that Venus has Phases? | Jhon Talyor from Elkhart Indiana explains his observation of venus having a phase |
Measuring tree height with a protractor and a tape measure | Measuring a tree's height with a protractor and a tape measure |
Using Cabbage Juice as a pH Indicator | A video of making a PH indicator out of a cabbage. |
What are the Properties of Water? | Explaining water chemistry and how important of a role water plays in our everyday lives |
Are you Breathing in Micro-plastics? | A device that can count the number of micro-plastics in the air by color or angularity |
The pH scale explained | The pH scale ranges from 0-14, where 0-6.99 is acidic, 7 is neutral, and 7.01-14 is basic. This helps us determine if something is an acid or a base |
What is Geophysics? | Everything is created by geophysics. In the major, you take a lot of math, chemistry, coding, etc. |
Soil horizons with Mr. Lorenz. for the 1 Minute (or so) Science Challenge | Different types of soil and their characteristics of them |
States of Matter | The different states of matter. |
How to study a river in the lab | Recorded at AGU 2022 in Chicago, this interview explains how to study rivers in the lab and why this is the best way to do so |
Why Research Soil Moisture? | Recorded at AGU 2022, this scientist explains why soil Moisture is worth Researching |
What is Climate and the New Climate State? | The effects of the dramatic climate change on our planet, and how will be in the future living in a new Climate State. |
What is Hydroponics and Where is it Going? | What is Hydroponics and where this is most frequently happening |
Why leaves change Colors in the Fall | Why do the leaves change color every season |
Can Crush: Why does the water go into the can? | Air pressure is all around us, and it is very powerful! |
The Wave Machine | This experiment shows the conservation of energy, using a "Wave Machine" |
Smoke Convection | This demo uses smoke to trace the air moving through a box with 2 chemistries. When a candle is added to the other chimney, the smoke changes to go up with the hot air of the candle |
How many drops on a penny ? | Water has many important properties, two of which include adhesion and cohesion. |
What can you do in Environmental Geoscience? | The cool things that can be done in the Environmental Geoscience field |
Cloud Charades | So you can name a type of cloud but can you act it out? |
Water and the Water Cycle | The Water Cycle in our planet |
Vanishing water | Demo vid with a question |
Why did the Water Rise? | Demo vid with a question |
What is the Great Red Spot? | What is the Big Red Spot on Jupiter |
What is Environmental Geoscience? | Environmental geoscience is recycling and reducing our consumption |
Physics
Title of video (With link to the video) | What the video is about |
Dropping a Coin and Feather in a Vacuum | What happens when you drop two very different items in a vacuum? |
Convection Currents Demo | How weather, oceans, and lava work! |
Science demo in the lab verse in front of the class | Burning stuff on the class to show they fly |
The closest one is not the fastest: Can you explain why? | Why some light balls are spinning faster than others, Physics Experiment. |
What are the Properties of Water? | Explaining water chemistry and how important of a role water plays in our everyday lives |
The pH scale explained | The pH scale ranges from 0-14, where 0-6.99 is acidic, 7 is neutral, and 7.01-14 is basic. This helps us determine if something is an acid or a base |
States of Matter | The different states of matter. |
Can Crush: Why does the water go into the can? | Air pressure is all around us, and it is very powerful! |
The Wave Machine | This experiment shows the conservation of energy, using a "Wave Machine" |
Smoke Convection | This demo uses smoke to trace the air moving through a box with 2 chemistries. When a candle is added to the other chimney, the smoke changes to go up with the hot air of the candle |
How many drops on a penny? | Water has many important properties, two of which include adhesion and cohesion. |
Why did the Water Rise? | Demo vid with a question |
From trash can to vortex cannon: toroidal vortex | We took a trash can and turned it into a vortex cannon and made a toroidal vortex or two. |
Exploding Hydrogen Balloons with Different Amounts of Oxygen | Exploding Hydrogen/Oxygen balloons |
Why Astronauts Float | Why the Astronauts float in the space |
Resonance with Tuning Forks | Two identical wooden boxes, open at one end, have identical tuning forks attached at the center of the top of the box. When the tuning fork is struck, the sound is amplified by the resonance occurring in the box. When one box is placed such that its opening is a few centimeters from the other’s opening, striking one tuning fork sets up a sympathetic vibration in the other |
Seeing Magnetic Forces | Explaining the Magnetics Forces When two magnetics are interacting with each other |
What color will different metals be in a flame? | Flame tests are used to demonstrate the atomic emission spectra of various ions and to relate discussions of the Bohr atom to phenomena observed in the real world. |
What is LIDAR | Lidar, which stands for Light Detection and Ranging, is a remote sensing method that uses light in the form of a pulsed laser to measure ranges (variable distances) to the Earth. |
What is 1 AU? | Mr. Field explains the magnitude of 1 AU! |
What is Planetary Geophysics | Ean explains the major "Planetary Geophysics" |
King Midas and the Golden Touch: Is there truth in Greek mythology and alchemy | King Midas is known for having a golden touch and there is evidence that he spent time in copper mines with zinc in it and that element would give off a golden sheen |
NASA's ER-2 Research Plane Landing | This is the footage we took from the chase car with the ground pilot! It would be like landing a huge bicycle. We are visiting the DCOTSS mission HQ this week. Look for some awesome footage from interviews and other mission happenings. |
Shoot the Monkey: Projectile Motion demo | A toy monkey having a metal plate attached to his head, is suspended from an electromagnet attached to the ceiling. A projectile is fired from a tube and the monkey is released just as the projectile leaves the end of the tube. If the tube is aimed directly at the monkey initially, the two will collide in mid-air. |
Visualizing X-Rays | An Experiment that tries to explain how X-Rays really works |
Turning up the HEAT on the Ideal Gas Law | The Ideal Gas Law tells us that when the pressure goes up the temperature will too. Austin (the master of physics demos) demonstrates this with a simple demo. |
Rocks Tell a Story | The process of formation of rocks, and how they can tell us about Earth's History |
Volcanic Lightning | The phenomenon when lighting hit a volcano in the middle of an eruption |
How Galileo Discovered Friction | Galileo discovered inertia using a track with two sides having different slopes. He found that a ball will roll until it reaches the same height on the other side. |
Watch the Arrow | Showing Refraction of water |
The Sound of Silence. They will not hear you scream in space... | Our Physics Demo man, Austin, explains what happens when you put your morning alarm in a vacuum. |
Just Like Spinning a Plate! | Similar to spinning a plate this demo shows how something has more stability when under rotation. |
Burn Gummy, Burn! | Ever wonder how much energy is in ONE gummy bear? |
Hair Raising Science | Demo of electric charge lifting hair as she earns charge. |
OH NO! Marshmallow Man Down! | Our Physics Demo Man Austin explains what happens when you put a marshmallow in a vacuum chamber. |
Hoot Tube Sound from Heat | Austin is making sounds by heating up a wire mesh and putting it in glass tubes. |
Conservation of Energy with Galileo’s Pendulum | This demonstration shows the conservation of energy by using a pendulum. |
Series and Parallel Circuits | Series circuits are circuits where everything is connected in one loop and the energy from the battery has to be shared. In parallel circuits, everything has its own loop and the energy from the battery does not have to be shared |
Forces and motion | There are different types of forces such as pushing, pulling, friction, and momentum, as well as different types of energy |
Tibetan Singing Bowl | The sound of a Tibetan Singing Bowl is created by the vibration of the metal. The method is similar to that of playing a crystal glass by running a finger along the rim |
What is Inertia | Interia is the tendency of an object to resist a motion |
What are Beat Frequencies? | The properties of Frenquecies and all the cool stuff They can do |
What is Inertia and Who Gave Newton the Idea for His 1st Law? | Galileo discovered inertia using a track with two sides having different slopes. He found that a ball will roll until it reaches the same height on the other side. |
Electricity | How Electricity works |
Why does the spool go the other way in the end? | Do you know why the spool goes the other way in the end? |
About Nitrogen and Liquid | What is Liquid Nitrogen |
The Spooky Theremin | The Wizard of Physics explains the Theremin |
Why does water freeze top down? | The physics process of freezing water |
Biology
of video (With link to the video) | What the video is about |
Convection Currents Demo | How weather, oceans, and lava work! |
Science demo in the lab verse in front of the class | Burning stuff on the class to show they fly |
The closest one is not the fastest: Can you explain why? | Why some light balls are spinning faster than others, Physics Experiment. |
What are the Properties of Water? | Explaining water chemistry and how important of a role water plays in our everyday lives |
The pH scale explained | The pH scale ranges from 0-14, where 0-6.99 is acidic, 7 is neutral, and 7.01-14 is basic. This helps us determine if something is an acid or a base |
States of Matter | This interview explains the different states of matter. |
The Wave Machine | This experiment shows the conservation of energy, using a "Wave Machine" |
Smoke Convection | This demo uses smoke to trace the air moving through a box with 2 chemistries. When a candle is added to the other chimney, the smoke changes to go up with the hot air of the candle |
How many drops on a penny ? | Water has many important properties, two of which include adhesion and cohesion. |
Why did the Water Rise? | Demo vid with a question |
Visualizing X-Rays | An Experiment that tries to explain how X-Rays really works |
Using Cabbage Juice as a pH Indicator | A video of making a PH indicator out of a cabbage. |
Are you Breathing in Micro-plastics? | A device that can count the amount of micro-plastics in the air by color or angularity |
What is Hydroponics and Where is it Going? | Explaining what is Hydroponics and where this is most frequently happening |
Why leaves change Colors in the Fall | Explaining why the leaves change color every season |
Water and the Water Cycle | Explaining the Water Cycle |
Vanishing water | Demo vid with a question |
Are Humans an Invasive Species? | Can humans be classified as an invasive species? Greg Hitzroth, Aquatic Invasive Species Outreach Specialist with the Illinois Indiana Sea Grant and Illinois Natural History Survey, defines the term invasive species and explains the role that humans play |
Habitable Zone on Venus? | Can we one day live on Venus? |
Why bees go flower to flower | Explaining why bees go from one flower to another |
Why Research the Sea | Why is so important to know what is happening in our Sea |
What is biochemistry | Purdue Biochemistry student, Mauricio Cortes, explains "What is Biochemistry?" |
forensics in a nutshell | Forensics is about analyzing what is left behind when a person has entered and exited a room |
DNA | DNA is what we are made of |
Using PCR to test for COVID | Humphrey Lotana explains how he uses PCR to research a cure for Alzheimer's. |
Blood Types Explained | This interview explains the different types of blood |
Alzheimer's to prostate cancer: Using the same science to discover new treatments |
Antonio Bonifasi is a biochemist who researches both Alzheimer's disease and prostate cancer
|
What is Biomedical Engineering | A preview to an interview with did with Creasy Clauser, Research Manager for Cook Medical. |
We learn from Stories | Professor Curtis Kelly from Kansai University, Japan discusses how the brain learns best. |
Alzheimer's disease: Searching for a cure | Humphrey Lotana quickly explains his role in researching more effective drugs to target and cure Alzheimer's disease. |
Photosynthesis in 20 seconds | Explaining the Photosynthesis process |