Hot-air balloons function on the principle that warm air rises, and the balloon mechanism holds onto hot air to ascend. Despite this, the hot air can't stay in the balloon forever, the opening at the top of the balloon allowing a slow and steady flow of the hot air out of the balloon and a gentle descent to the ground.
You assume that things that happened repeatedly in a certain way in the past will happen the same way under the same conditions in the future. If you throw a ball up in the air 500 times and it comes down 500 times, you then predict that if you throw a piano into the air it will come down as well. If you throw a helium balloon up in the air for the first time, you might predict it will also come down. When it does not, this means the theory must be rejected or changed to explain what is different this time. If you have a hydrogen balloon and throw it into the air, you might predict that since your helium balloon did not come down and hydrogen is more similar to helium than it is to a piano, then the hydrogen balloon will keep going as well.
A hot air balloon descends by either venting hot air from the envelope or allowing the air inside to cool. The pilot can control the descent by adjusting the burner or changing altitude to catch different wind currents. When it's time to land, the pilot aims for a suitable landing spot and gradually reduces the heat to bring the balloon down gently.
A hot air balloon descends slowly after the burner is switched off because the air inside the envelope gradually cools, causing the balloon's lift to decrease. The rate of descent is influenced by the thermal inertia of the air inside the balloon and the ambient temperature outside. Additionally, the balloon's buoyancy is still sufficient to keep it afloat for some time, allowing it to descend gently rather than plummet. The descent can also be moderated by the design of the balloon and the weight of the payload.
I presume you mean without an airborne heater. The answer is, there is no fixed time! It could range from a few minutes to the best part of a day. It all depends on the rate the balloon loses heat, which in turn depends on the size of the balloon, the weight of the balloon, the insulation and porosity properties of the balloon fabric, and the amount of solar heating, if any, that it receives.
A lack of lift with a constant weight and drag leads to rapid descent. Look for a clear landing area, jettison balast to gain time and distance and hope for the best. Ballooning is not negotiable, What Goes Up, Must Come Down.
Lowering the temperature will cause the helium gas particles inside the balloon to slow down and come closer together, resulting in a decrease in pressure. This can cause the balloon to deflate or shrink in size as the gas contracts.
You assume that things that happened repeatedly in a certain way in the past will happen the same way under the same conditions in the future. If you throw a ball up in the air 500 times and it comes down 500 times, you then predict that if you throw a piano into the air it will come down as well. If you throw a helium balloon up in the air for the first time, you might predict it will also come down. When it does not, this means the theory must be rejected or changed to explain what is different this time. If you have a hydrogen balloon and throw it into the air, you might predict that since your helium balloon did not come down and hydrogen is more similar to helium than it is to a piano, then the hydrogen balloon will keep going as well.
A hot air balloon descends by either venting hot air from the envelope or allowing the air inside to cool. The pilot can control the descent by adjusting the burner or changing altitude to catch different wind currents. When it's time to land, the pilot aims for a suitable landing spot and gradually reduces the heat to bring the balloon down gently.
Come Down in Time was created in 1970.
Balloon rubber is very thin and not completely "airtight" so gasses will leak from the balloon. This is even more apparent if the gas in the balloon is Helium or some other gas with smaller molecules than those of air.
Yes, helium will help a balloon fly. Helium does not affect the direction that a balloon goes, but it will keep it in the air for quite some time.
As time passes, a balloon will gradually deflate due to the air molecules inside the balloon escaping through the balloon material. This will result in a reduction in the size of the balloon over time.
Every Friday. Doesn't matter what time of the day, just as long as it's Friday.
The 'balloon guy' is called Phineas. He usually come son Sundays, but can come on any random day. There is no pattern to when he comes, and he can stay for as long as he likes, usually 2 to 3 days, sometimes even up to a week.
Phineas (balloon guy) comes around anytime in AC:CF, every week. Except rainy or snowy days...
Helium balloons float down due to the weight of the balloon being greater than the lift force generated by the helium inside. As the helium inside the balloon slowly leaks out over time, the lift force decreases, causing the balloon to float down.
time