When heat is applied to a balloon filled with water, the water absorbs some of the heat energy, preventing the balloon from reaching a temperature high enough to burst. The water inside the balloon also helps dissipate the heat more evenly, reducing the likelihood of a rapid increase in pressure that could cause the balloon to pop.
The time it takes for a balloon filled with hot water to pop can vary depending on factors such as the temperature of the water, the material and thickness of the balloon, and the surrounding environment. Generally, a balloon filled with hot water can pop within a few seconds to a few minutes as the heat weakens the structure of the balloon.
Why does the balloon with no water break in the flame? And balloon with water not break? The flame heats the rubber of both balloons. The rubber of the balloon without water becomes so hot, that it becomes too weak to resist the pressure of the air inside the balloon. When water inside the balloon is placed in the flame, the water absorbs most of the heat from the flame. Then, the rubber of the balloon does not become very hot. Because the rubber does not become hot, it does not weaken, and the balloon does not break. Water is a good absorber of heat
The water inside the balloon will heat up and expand as the temperature increases. This will create pressure inside the balloon, potentially causing it to burst if the expansion is too great.
Both the medium and small balloon filled with helium will not hold heat well because helium is a poor conductor of heat. The amount of helium in each balloon will not significantly affect its ability to hold heat.
You can have the candle flame actually touch the balloon, and the balloon won't break! The water in the balloon is absorbing the heat from the candle. The balloon conducts heat very well, so the candle flame transfers to the water without harming the balloon.
Water is very good at soaking up heat. When the water-filled balloon is heated the water Draws the heat away from the rubber. For the air filled balloon, not so much. The rubber heats up, weakens, and breaks.
A balloon that contains water would not last a long time under heat. the balloons latex rubber will not be able to handle the heat and will pop, but a balloon filled with air will pop instantly.
The time it takes for a balloon filled with hot water to pop can vary depending on factors such as the temperature of the water, the material and thickness of the balloon, and the surrounding environment. Generally, a balloon filled with hot water can pop within a few seconds to a few minutes as the heat weakens the structure of the balloon.
Why does the balloon with no water break in the flame? And balloon with water not break? The flame heats the rubber of both balloons. The rubber of the balloon without water becomes so hot, that it becomes too weak to resist the pressure of the air inside the balloon. When water inside the balloon is placed in the flame, the water absorbs most of the heat from the flame. Then, the rubber of the balloon does not become very hot. Because the rubber does not become hot, it does not weaken, and the balloon does not break. Water is a good absorber of heat
The balloon expands.
If a balloon is filled with water, it becomes less susceptible to being popped over a flame, because the water can absorb some of the heat. Otherwise, the flame will rapidly destroy the material of the balloon (rubber, latex).
The water inside the balloon will heat up and expand as the temperature increases. This will create pressure inside the balloon, potentially causing it to burst if the expansion is too great.
the Balloon starts to get starts to heat up and then it pops
Both the medium and small balloon filled with helium will not hold heat well because helium is a poor conductor of heat. The amount of helium in each balloon will not significantly affect its ability to hold heat.
Inside the balloon with no water at all, the intense heat from the hot fire will melt the surface of the balloon. The pressure inside the balloon is so big that the balloon deflate and POP! With water, the water conducts the fire away from the balloon so the suface may not reach high tempertures. The balloon is remained inflated.
By heating the pressure in the balloon is rised and the limit of the resistance of the balloon envelope is exceeded.
The water inside the balloon will absorb some of the heat from the fire, which may cause the balloon to expand as the water heats up. Eventually, the balloon may burst when the pressure inside exceeds its capacity. It's important to exercise caution when conducting experiments involving fire and water-filled balloons to avoid injury.