Depends how much weight you put.
Yes, a balloon may be able to lift a book depending on the size and weight of the book in relation to the lifting capability of the balloon. The balloon would need to be large enough and filled with enough helium to counteract the weight of the book.
When a balloon is pierced at a less stressed point, there is less force acting on that area, so the balloon is less likely to pop. The stress points on a balloon are where the rubber is stretched the most, so a puncture in a less stressed area might simply create a small hole without causing enough tension to burst the balloon.
A full balloon contains more gas than an empty balloon (even an empty balloon contains a little air). Therefore a full balloon is heavier than an empty balloon (assuming the balloons are the same weight to begin with). However, if filled with a lighter-than-air gas, such as helium, the full balloon will defy gravity due to its increased buoyancy. The only other difference is that the skin of a full balloon will be stretched and will therefore be much thinner than the skin of an empty balloon. This stretching increases the pressure upon the gas contained therein, therefore the gas is compressed inside the balloon.
No, I am not able to physically inflate a balloon. However, I can provide guidance or information on how to inflate a balloon using a pump, helium tank, or manual blowing. Let me know if you need any instructions!
The length of time a balloon can stay floating depends on factors such as the type of gas used (helium vs. air), the size and material of the balloon, and environmental conditions (temperature, altitude, etc.). Generally, helium-filled balloons can stay afloat for around 12-24 hours, while air-filled balloons will eventually fall due to their weight.
Yes, a balloon may be able to lift a book depending on the size and weight of the book in relation to the lifting capability of the balloon. The balloon would need to be large enough and filled with enough helium to counteract the weight of the book.
They might not be able to because of their weight
A hot-air balloon rises because the air inside the balloon is heated, causing it to expand and become less dense than the cooler air outside. According to Archimedes' principle, the buoyant force acting on the balloon is greater than the weight of the balloon, allowing it to ascend. As the air inside the balloon cools or the weight increases, the balloon descends.
The amount an air balloon can hold depends on its size and design, with regular hot air balloons typically able to carry 2-6 passengers. Larger balloons or specialized designs may have the capacity to carry more weight. Pilots must consider weight limits for safety and proper control of the balloon.
A hot-air balloon rises because the air inside the balloon is heated, causing it to become less dense than the cooler air outside. According to Archimedes' principle, the buoyant force acting on the balloon is greater than the weight of the balloon and its contents, allowing it to ascend. As the air is heated, it expands, making the balloon lighter relative to the surrounding air, which enables it to float upward.
There are several websites which might be useful. Weight Watchers, Jenny Craig, etc. are weight loss organizations which might be able to provide a calorie calculator.
The balloon will move down as the balloonist transfers his weight onto the cable. If the balloon has enough bouyancy in air, enough lift, it will return back up to the position it was when our climber approached the support cable. This assumes the balloon is tethered to the ground and has just a bit more lift than the opposing mass of the balloon and the climber. The balloon will have lifted the balloonist up along with its own bulk. As the climber climbs, the balloon might experience the slightest "dip" at each transfer of the balloonists weight as he moves up the cable, unless he moves very slowly. Again, this is for a balloon capable of lifting itself and the balloonist, but which only has a bit more bouyancy in air than the total load on it. That means it can barely lift itself and the balloonist. If the balloon was at equilibrium as far as its lift where it was just able to support the weight of its own bulk, the balloonist will be pulling it down as he climbs and will remain near the ground while pulling the balloon down toward him with each step of his climb. The climber has added "too much weight" to the craft. In the end, he will have pulled the balloon down to himself on the ground. In the case of a really big balloon with a huge amount of lift that was tethered to the ground, it would hardly move at all, but would move down a tiny bit as the climber began, and then pretty much stay put in the air as the climber mounted the support cable.
For hand embroidery, you might be able to use a lace weight or other thread-weight yarn.
It sinks. By pressing it under the water, the water pressure on the balloon increases slightly and compresses the air in the balloon. This increases the density of the (balloon, weight) combo so that is more dense than water, hence it sinks. High altitude weather balloons are only inflated partway with helium when they are launched from the ground. The envelope of the balloon expands as it rises in the atmosphere.
A hot air balloon is able to lift itself because the air inside the balloon is heated, making it less dense than the surrounding cool air. This causes the balloon to become buoyant and rise. By controlling the temperature of the air inside the balloon, the pilot can control the altitude of the balloon.
Put the balloon in the bottle with the blowing up part out and blow it up in the bottle.
Just the density difference between the balloon and surrounding atmosphere is so great that the balloon is able to lift itself and people.