Journey into the world of silence to understand our dependency on sound in daily life and the disorienting effects of true quiet. Explore the challenges faced by hearing-impaired individuals and witness the transformative power of...

Here, you will learn to calibrate the “MainEmojiQuoteView”. We will link the emoji to the quotes view and the images to the emoji quotes. When the app is run, we can make the emoji produce a random quote in the bubble and link the...

Embarking on an experiment, the video unveils a new course cover created with AI tools Dall-E 3 and GPT 4. Highlighting the unique approach of utilizing AI-generated artwork, it discusses the implications of copyright and ownership in...

This video explains the default GitHub variables and its use cases.
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This clip is from the chapter "GitHub Actions: Exploring the Features" of the series "Learning GitHub Actions for DevOps CI/CD".This section focuses on...

How random are things, really? Well, at the tiny level of photons, randomness might be key to their existence. Einstein could not accept this and famously held the paraphrased opinion that, ‘God does not play dice with the universe’. In...

Explore the fascinating world of magnetism with today's lesson on the Biot-Savart Law! Join us at Flipping Physics as we delve into the equation that defines the infinitesimally small magnetic field (dB) created by current through a...

Find out how much current it takes to burn out LEDs in this fun science project!

Using this science project idea, find out if humans can correctly identify text written by AI and text written by real humans.

Defying the laws of gravity? Try turning a glass of water upside down without spilling. Place a card over the top of the glass filled with water. Quickly turn the glass upside down, holding the card in place and then, carefully let it...

Alex is blowing in and observing how results change depending on the number of straws used to seal a bottle.

A quick experiment with magnetic cornflakes for a breakfast. If you read the label on the pack of corn flakes, you will see a list of vitamins and IRON. Magnet attracts that small amount of iron.

This is a simple science experiment but so much learning is happening here. We confirmed that oxygen is needed for fire to burn and compared how different volume glasses influence the speed with which candles go off.

We are back home and we are going back to experiments. A raw egg sinks in water, but can we increase water's density to make it float? Alex adds salt to see what would happen. Then I carefully add fresh water on top of salted one (not to...

Alex was really surprised to see what water was able to do when we poured it down a string. All I needed for this simple experiment was 2 cups, piece of string that can absorb water and special properties of water (ability to stick to...

Here is a simple experiment for children at the kitchen that Alex loved. When a ping pong ball is placed straight under running water tap, it does not move away from the water stream. In fact, the ball sticks to it and follows it even...

It is just fun to spin a coin in a balloon. But we used a 7-sided 20p coin that made some interesting noise.

Testing heat conduction with Alex. We stuck a bead of butter to the ends of metal, wooden and plastic spoons. We had to wait results a bit after adding hot water to the bowl, but it was worth it. Another lesson is learned here. Metal is...

Here is our soap powered boat that Alex has made from a business card. He cut corners of the card and put soap at the back of the boat. After he placed the boat onto the water, it scooted across. To try that again, we needed to rinse out...

Simple science experiment with glasses “magically” sticking to a balloon

We are checking what would happen with coins if we add vinegar to them.

Alex tried to put filled with water balloon inside the jar, but he couldn't. So we heated the air inside the jar and it expanded. Once we put the water balloon on top it, the flame went out and the air in the jar started cooling and...

We are experimenting by piercing a potato with a sharp pencil and a straw. Do you know what would pass through easily?

Here is a quick demonstration how lungs work with a plastic bottle and two balloons I have prepared for Alex. When we pull knotted balloon, more space inside the bottle is created. To fill that space more air is sucked in thru the red...

How cool is this activity with magically appearing colours from words! You would need regular markers, a permanent black marker, paper towel and water.