Want this question answered?
Lava lamps and hot air balloons
Hot air rises because it occupies a greater volume per unit mass of air than cooler air, this makes it less dense. A hot air balloons fire generates hot air which floats inside the balloon, causing it to rise.
Hot air is used for hot air balloons.
Convection is a form of heat transfer. Convection is seen through the atmosphere and weather. It is also used in some appliances, such as convection ovens.
The wind between the balloons creates a lower pressure in the air, so the air around it pushes the balloons together.
Lava lamps and hot air balloons
This is because of convection. Hot air rises and cool air falls which causes the balloon to rise.
"Lighter than air." Think about it for a second.
The hot air balloons air pressure is usually used to explain the principle of buoyancy.
Hot air rises because it occupies a greater volume per unit mass of air than cooler air, this makes it less dense. A hot air balloons fire generates hot air which floats inside the balloon, causing it to rise.
No because the air gets too cold for convection to happen, causing the hot air balloon to stay in place or even fall
air balloons or hot air balloons fly because they fill with a very light type of air. The air is hot air.
Hot air is used for hot air balloons.
Not much. While it's true that meteorologists do use balloons to send up weather probes, they tend to use gas balloons instead. It's simpler, cheaper and works better in their conditions.
Convection is a form of heat transfer. Convection is seen through the atmosphere and weather. It is also used in some appliances, such as convection ovens.
hot air balloons and balloons
The wind between the balloons creates a lower pressure in the air, so the air around it pushes the balloons together.