only after they grow but if they gro to much they might explode
When marshmallows are placed in a bottle and the air pressure is reduced (such as when a vacuum is created), the marshmallows expand. This occurs because the lower pressure allows the air trapped within the marshmallows to expand, causing them to puff up. Conversely, when normal air pressure is restored, the marshmallows will return to their original size as the air inside them is compressed. This demonstrates the relationship between air pressure and gas expansion within objects.
The dispersion medium of marshmallows is typically air. Marshmallows are a type of foam, where tiny air bubbles are trapped in a matrix of sugar, water, and gelatin. This structure gives marshmallows their light and fluffy texture.
No. At the junction of the small hose to the pressure is great
The number of marshmallows that equal a pound can vary based on the size of the marshmallows. Typically, there are about 40 to 45 standard-sized marshmallows in a pound. Miniature marshmallows, on the other hand, can number in the hundreds, as they are much lighter and smaller.
no, pressure is the same , but it will need less volume of air
The number of marshmallows in 1 pound can vary depending on the size of the marshmallows. On average, there are about 160 regular-sized marshmallows in 1 pound. However, if the marshmallows are larger or smaller, the count will differ. It is always best to check the packaging for specific information regarding the number of marshmallows in a pound.
Air bubbles.
marshmallows are mostly air. air doesn't freeze solid it just gets cold and thin.
Assuming you mean using smaller piping in a compressed air system-- answer is no, the air pressure does not increase. In fact, the air pressure measured at the end of the line will be lower due to increased pressure drop in the smaller lines from the compressor. The air velocity in the pipes will be higher because of the reduced inside area of the lines, but the actual pressure will be lower at the exit. An air tool at the end of the line would be less powerful.
Marshmallows expand in the microwave because the heat causes the air bubbles trapped inside them to expand, making the marshmallows puff up and increase in size.
There is a series of fans, they get deeper into the jet and get smaller, as the fan sucks in air, the air condenses and gets smaller and smaller, at the end of the jet, air is released with an amazing force because the pressure is being released!!!
They are mostly air.