=== === ---- Basic physics, bernoulli principal, air moving over a wing at a higher pressure than the air under the wing causes lift, (suction upwards), and is the basic principal of flight. A similar class room experiment is done with a vacuum cleaner and an egg.
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1. you can make a hot air balloon as big as you can make about earth day and shoot it in the air
because the flux capacitor allows it to float on air
An innertube floats for the same reason that a balloon filled with helium floats in the air. In a helium balloon the gas is lighter than the air. Air in an innertube weighs less than the water and therefore floats to the top. This is called buoyancy. It weighs less than the water but more than the air above the water due to the rubber of the tube. This is why it stays on the surface and does not float away into the sky.
I have never heard of clay exploding unless your talking about the way clay explodes when its in a kiln for art purposes. In that case its not really the clay exploding, but the air bubbles inside of it becoming too great in pressure that the clay "pops" like a bubble letting the air out and leaving a mess.
Jeremejevite does not float on water.
There are many things that make you float such as a bin or large container turned upside down. The best things that make you float are things with air trapped inside them. These things may be large empty water containers from a water dispencer or lots of bubble wrap or even a coat that has air in the lining.
Yes any salt can make things float
You can't make things float, things float by it's self's it's density is lower than 1 it can float, if it's density is greater than 1 it can't float.
The only things that "float" in air, are things that are lighter than air, and this is because they displace a quantity of air that weighs more than the thing that is floating. This is also true of things that float in water or any other fluid. As for heavier-than-air things that "float" (fly), these are kept aloft by the motion of air, or by the motion of the thing through the air, which amounts to the same thing. In either case, air is passing the flying thing (for instance, an airplane wing) above and below it, creating low pressure above and high pressure below, thereby lifting the thing off the ground. This works only for things that are aerodynamically correct, and these are called airfoils - an airplane wing, a helicopter rotor and a kite are common examples.
Air resistance.
Things float in the air when the force of buoyancy (upward force exerted by air or a fluid) is greater than the force of gravity (downward force pulling objects toward the earth). This is known as buoyancy and is what allows objects to float or stay suspended in a fluid or gas like air.
Helium is lighter than air. so balloons filled with helium will float in air. warming will make them float or rise up faster.
I suspect that "flow" is meant to also be "float", but even with that substitution, it just changes the question from nonsensical to counterfactual.Most things that float in water do not float in air.
Heat alone does not make things fly. However, heating air can affect the movement of objects in the air. For example, hot air balloons rise because the air inside the balloon is heated, making it less dense than the surrounding air, causing the balloon to float upwards.
It feels like you are weightless, and you can float in the air like you float on water. Houses and other structures would float, too, and you would not be able to live --- or build --- a house that easily. If there was no gravity, things would not stay on the ground, so we need gravity to make sure we do not float to the atmosphere. It feels like you are weightless, and you can float in the air like you float on water. Houses and other structures would float, too, and you would not be able to live --- or build --- a house that easily. If there was no gravity, things would not stay on the ground, so we need gravity to make sure we do not float to the atmosphere.
Yes, a helium-filled balloon will float in the air because helium is less dense than the surrounding air. When filled with helium, the balloon experiences a buoyant force that causes it to rise and float.
The force that makes things float is called buoyancy.