Yes, no matter how much air is filled inside of the balloons.
if force increaces and area stays the same then pressure
All the same. One atmosphere (about 760 mm Hg).
At the same atmospheric pressure, yes. That's kind of the definition of boiling point: when the vapor pressure is the same as the atmospheric pressure.
The wind pressure inside the tube is constant, while the pressure outside is not. Also, the pressure above and below the tube are constantly moving at the same rate, therefore same pressure. What happens if there are the same pressure? You get it? When pressure is the same on both sides, it stays in the air! The reason it falls is because it stopped spinning, and therefore the pressure is the same in all three places: Above, Inside, and Below. This is all a lie
because the pressure is the same on the outside and inside of can making the can staying the same and not being crushed
No, the ability to withstand pressure is determined by various factors such as material, design, and thickness of the balloon. Two balloons of the same type may not withstand the same amount of pressure if they differ in these characteristics.
Because the pressure of a gas is dependent on the temperature. The same amount of gas - as what you have inside your balloon - will have a higher pressure when it's warm, and a lower pressure when it's cold. And higher pressure = more inflation. Lower pressure = less inflation.
This is because the pressure will be the same on both sides. It will not break since the pressure is even throughout.
Anglerfish have a gel-like substance in their bodies that helps them resist the crushing pressure of the deep ocean. Additionally, they have a specialized skeletal structure that supports their body and internal organs, allowing them to withstand the extreme pressure of their deep-sea environment.
The two balloons will have the same number of molecules in them, as they are filled in the same room under the same conditions. Avogadro's law states that equal volumes of gases at the same temperature and pressure contain the same number of molecules.
Regardless of size, both balloons will burst when atmospheric pressure becomes too much for them. Assuming the helium to rubber/latex ratio is kept the same, both balloons will burst at the same pressure. Depending on where you are in the world and the weather, the atmospheric pressure at one height differs, so it couldn't be said that both balloons will float upwards to the same height, but it can be said that they will fly to the same pressure. Thus the question "Does a little balloon fly as far as a big balloon?" is invalid, but hopefully this answer will suit your wonders.
im going to say yes because its made of rubber
PV/NrT, pressure(volume)/amount(constant)(temperature). When your temperature, volume, and pressure are all the same, you get the same number of particles. This is avogadros hypothesis. Let's say that you have to balloons. They have the same temperature, volume, and pressure. If you weigh the gases in the balloon, you will find that there is the same amount of particles. In fact Dalton did this was able to find out the amount of particles (atoms) by the mass of objects.
No it doesn't have helium. A hot air balloon derives it's lift from heated air, which is less dense and therefore lighter than normal air. A helium balloon derives it's lift from helium, a gas which at normal temperatures is less dense than normal air. So both fly 'lighter than air' but for different reasons.
No, dirigibles and Montgolfier balloons were not tested at the same time. Dirigibles, which are powered, steerable balloons, were developed in the early 20th century, while Montgolfier balloons, which are hot air balloons, were first tested in the 18th century.
it would disturb pressure gradients as it would mean same amount of pressure
No. At the same pressure, a helium filled balloon will be less dense than an air-filled balloon.