Because air takes up space. When you attempt to blow up the balloon, you are adding air to the inside of it. But the air between the balloon and the bottle has no place to go. It will only contract so much.
The model of lungs with a balloon demonstrates how the lungs expand and contract during the breathing process. When the balloon is inflated, it represents the lungs filling with air during inhalation. When the balloon deflates, it shows the lungs releasing air during exhalation. This model helps visualize how the lungs work to take in oxygen and remove carbon dioxide from the body.
When you inhale and pull down on the bottom balloon, you create a decrease in pressure inside the model lung, causing the air from the top balloon to flow into the bottom balloon. This mimics the process of inhalation in the human respiratory system, where the diaphragm contracts to expand the lungs and draw air in.
To make a model of a soda acid fire extinguisher, you'll need a clear plastic bottle, baking soda, vinegar, and a small balloon. Fill the bottle with a few tablespoons of vinegar, then place a few teaspoons of baking soda inside the balloon without letting it fall into the bottle. Secure the balloon over the bottle's opening without letting the baking soda spill in. When ready to demonstrate, release the baking soda into the vinegar, which will create carbon dioxide gas and build pressure, simulating how the extinguisher works.
As you pull down the balloon at the bottom of the model, the air pressure inside the balloon increases, causing the air to be pushed out through the straw. This creates a propelling force that makes the balloon move in the opposite direction.
As a balloon deflates slowly, the air particles inside the balloon move more slowly and with less force. This supports the particle model as it demonstrates how particles have energy and move randomly. The decrease in pressure and volume during deflation also aligns with the behavior of particles in the model.
In a constructed lung model, the balloon typically represents the lungs, demonstrating how they expand and contract during breathing. The plastic bottle serves as the thoracic cavity, providing a structure that mimics the rib cage. The straw functions as the trachea and bronchi, allowing air to flow in and out of the lung model. Finally, the diaphragm is often represented by a flexible material at the base, illustrating how its movement influences lung capacity and airflow.
In a hot air balloon, the air inside is heated, causing the air particles to gain energy and move faster, which decreases their density. This creates a pressure difference between the inside and outside of the balloon, allowing it to rise. Heating the air increases its volume and decreases its density, making it less dense than the surrounding cooler air and causing the balloon to float.
because when you breath in the balloon then the balloon goes biger and and when you let go of the balloon then the air comes out its exactly like our breathing system
how do you use a balloon to model bacteriaby puting the ballon in your head and then put it on the wall 1st this answer is completely wrong 2nd that cant make a model 3rd its stupid
To create a miniature tornado model, you can use a clear plastic bottle filled with water, and swirl the water inside the bottle to create a vortex similar to a tornado. You can also use a small fan to create a spinning motion inside the bottle. Adding glitter or food coloring to the water can help visualize the tornado better. Just be careful when handling the bottle to avoid spills.
working model lungs
Break the glass without breaking the model.