no, both cold and hot water can affect soap bubbles
If you have stronger soap, your bubbles will last longer.
hot water bath has a higher rate of evaporation than cold water, water vapor makes the medium (air) surrounding the bubble surface more humid thus reducing evaporation of the water content of the bubble surface.
The "air bubbles" are gases that are dissolved in the water. When the ice freezes the gas make the unfrozen water more concentrated with the dissolved gases until it becomes saturated and then comes out of solution and gets trapped in the surrounding ice. If you look at an ice cube you will notice that bubble are located in the centre which is the last place in the cube that freezes. If you make ice cubes from freshley boiled water you will not get the bubbles as boiling the water forces any dissolved gases to come out of solution and the ice cubes will be perfectly clear.
Cold water has a higher density than that of warm water (hence it is lower than the warmer parts of water in the same container). Due to its increased density, the same sinking object will descend more slowly through its warmer comparison.A2. The last part should read ".. than through its warmer .."And in this type of question, you should consider viscosity as well. not much different in hot or cold water, but very different in oil or treacle with temperature change.
Why is the second paragraph a contradiction of the first? If hot water pipes 'Absolutely' do not freeze faster than cold water pipes then why the comment about the cold water pipes having a larger diameter which causes them to freeze at a slower rate than the smaller hot water pipes? Also, the word then in the last line should be thanand there should be an a between usually and larger. And, piping should be changed to pipe.
Because the cold water makes the bubbles colder and then the bubbles may pop.
Bubbles last longer in cool water because the cold water doesn't take energy from the bubbles
Bubbles typically last longer in cold water than in hot water. This is because cold water has a higher concentration of dissolved gases, which helps maintain the integrity of the bubble's structure. In contrast, hot water has lower gas solubility, causing bubbles to burst more quickly.
Yes, the temperature of the water can affect buoyancy. Cold water is denser than warm water, so an object may float higher in cold water compared to warm water. This is due to the differences in water densities at different temperatures impacting the buoyancy force acting on the object.
Bubbles last longer on cold water because cold water has lower evaporation rates, creating a more stable environment for the bubbles to remain intact. The cooler temperature also slows down the movement of air molecules, reducing the likelihood of the bubbles popping.
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Soap bubbles typically last longer in cool or cold air compared to warm air. This is because cooler air is denser and can help slow down the evaporation rate of the water in the bubble mixture, allowing the bubble to stay intact for a longer period of time.
Higher temperatures decrease the surface tension of water, causing bubbles to pop faster. Cooler temperatures have the opposite effect, making bubbles last longer by increasing surface tension. Humidity can also affect bubble lifespan as it can weaken the strength of the bubble film.
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Do bubbles last longer in hot or cold weather they last longer in cold weather because just like hot weather makes people sweat it makes the bubbles disolve
Soap bubbles are more stable and last longer in cooler air temperatures because colder air is denser and slows down the evaporation process. Warmer temperatures speed up the evaporation of the water in soap bubbles, causing them to pop more quickly. Humidity levels also play a role in how long soap bubbles last, with lower humidity levels leading to faster evaporation and shorter bubble lifespan.
Yes, relative humidity can affect how long soap bubbles last. Low relative humidity can cause bubbles to evaporate more quickly, while high relative humidity can help bubbles last longer as the moisture in the air keeps them hydrated.