3 Science Experiments with Colgate

 

Hello there, everyone. Thank you for returning. Today we'll be conducting a number of experiments, the majority of which will involve the use of Colgate toothpaste. Allow me to begin with the first of these tasks: 

For this project, you will only need a little round plate with some water in it as well as toothpaste, paper, scissors, and a toothpick as well as an arrow. This is the method for cutting the paper. 

You'll need a toothpick and simple white toothpaste for this. It is best to open it and apply a very small amount of toothpaste to it. This is sufficient, and the toothpaste should be placed at the perimeter of the area. 

Observe the boat as it circles around and around! Simply a funnel, a spoon, an empty bowl with toothpaste and food coloring in it as well as a bottle container and two lemons are all that are required for this project. 

You are the one who squeezes the lemons. Add the lemon juice from the lemons, and then in the next step, take the red toothpaste and squeeze a little bit of it into the bowl of ingredients. 

Get out of here immediately. It's time to get creative. I'm not sure if it's going to become orange. Add two to three drops of food colouring to the mixture. Wow, what a concoction. Let's get the baking soda out of the way. 

Oh! Whoa, Take a look at it as it emerges. It's coming from one direction. Is it okay if I touch it? The fact that it comes out so quickly makes this a much better alternative than baking soda and vinegar. 

There's one more thing, gentlemen. When I chopped it off in the volcanic video, it didn't come back automatically like this the last time I did it. All you need is red Colgate toothpaste, a spoon, a cup, Alka Setzler, and water to do this project. 

The water will be added in the following stage. It's time to get the party started. Keep an eye on the setzlers, powder them, and then pour the powder into this. Slowly but steadily the fizzing begins. It moves at a snail's pace. 

Starting to rise above the glass and then breaking through it. Yes! Yes! It just happens to be on this side of the line. Take a peek at that bubble, for example. It appears to be quite cool, but when you touch it, it feels strange. It has finally begun to decrease in intensity. 

Take a look at it. However, I wish it could move a little more quickly. All of these experiments have come to an end. I hope you found them entertaining. I hope you will give them a try. We'll see you all next time, and thank you for your time.