g
A hot air balloon behaves like an air mass in a high pressure area when it is descending. As the balloon descends, it enters a region of higher atmospheric pressure where the surrounding air is denser. This denser air can cause the hot air balloon to slow down and even sink if it cannot maintain its buoyancy.
The shape of a hot air balloon, typically a rounded teardrop shape, allows it to trap and contain heated air for lift. The larger surface area at the bottom helps generate more lift due to the pressure difference with the surrounding air. A streamlined shape also minimizes air resistance during flight.
The balloon is inflated inside the body, typically through a catheter or endoscope. Once inflated, the balloon can be used for procedures like dilation of blocked areas or to apply pressure to stop bleeding. After the procedure is done, the balloon is deflated and removed from the body.
Balloons can pop on grass due to sharp objects like rocks or sticks piercing the balloon's surface. The pressure caused by sitting or stepping on the balloon can also cause it to burst. Additionally, grass can provide friction that weakens the balloon's material, making it more susceptible to popping.
A gas balloon would likely expand and rupture on the moon due to the lack of atmosphere and low pressure. The lack of buoyant force and the extreme conditions would cause the gas inside the balloon to rapidly expand, leading to its failure.
g
g
A hot air balloon behaves like an air mass in a high pressure area when it is descending. As the balloon descends, it enters a region of higher atmospheric pressure where the surrounding air is denser. This denser air can cause the hot air balloon to slow down and even sink if it cannot maintain its buoyancy.
The force of a balloon depends on factors like its size, pressure, and material. Typically, the force exerted by a balloon can be calculated using the ideal gas law and the pressure inside the balloon.
Usually, the air pressure inside a balloon is very high because the plastic outer shell of a balloon wants to contract and press the air into a small space. High in the atmosphere, air pressure is much lower than on the ground. When the air pressure outside a balloon is bigger than the air pressure inside, the balloon switches from wanting to push in on the air to the air pushing on the balloon. as this happens to some parts of a balloon and not others, it is uneven and the balloon pops.Answer:There are two distinct cases:For child's rubber balloon the air inside is at higher pressure because it is being squeezed by the rubber that wants to return to its original size. Just like you have to apply pressure to a rubber band to keep it stretched.In the case of hot air balloons the pressure on the inside of the balloon is the same as the atmospheric pressure. The balloon in this case is like an upside down bucket of air that would like to rise. It fills the container but shares the pressure of its surroundings.
A balloon can't blow itself up - it can only respond to internal and external forces. For example, if the pressure inside the balloon is greater than the pressure outside the balloon, it will inflate; if the pressure is greater than the balloon is able to stretch, it blows up. Balloons that are filled on the ground, for example, and then released into the sky may eventually blow up as they reach altitudes with lower air pressure.
Chemicals such as baking soda and vinegar can react to produce carbon dioxide gas, which can inflate a balloon by increasing pressure inside it. When the reaction occurs in a closed environment like a balloon, the increasing pressure forces the balloon to inflate.
At higher altitudes, the air pressure surrounding the bag of chips decreases while the air pressure inside the bag remains the same. This pressure difference causes the bag to expand and appear inflated like a balloon.
Particles in gases, like the gas inside the balloon, move around a lot, fill up their container and collide a lot, both with each other and the walls of the container (ie - the balloon). Pressure is just how many collisions there are. So high pressure is when the particles collide with the walls of the container loads, and low pressure is when they don't collide with it very much. So the gaseous particles collide with the inside of the balloon, creating pressure. Hope that helps :)
earth is behaving like space or our space is behaving like earth or some other thing which is force to behaving both like each other.think carefully
Low volume, most likely a disconnection somewhere in the system. The machine is designed to feel/sense resistance (like when you blow air into a balloon) and when that resistance is compromised or lost (like when the balloon pops and the pressure is relieved), the machine alarms "low pressure". It is usually a disconnected tube.
Because the pressure of the fluids inside of you prevents this. They keep your body from being squished because the hold you up like a water balloon.