Yes, pure water is a one molecule based structure, which hold together better than a mixture. When soap or other chemical is added, it breaks surface tension by getting in the way of each water molecule. Try putting water drops on a penny to build a bubble, then add a small drop of soap to it, you'll see that when soap is added, the water bubble collapses.
Soapy water does have some surface tension to it but it is very negligible. However pure water have good surface tension due to strong hydrogen bonding. This is the reason a water strider bug can walk and paperclip will float on water.
Soapy water that is frothy typically indicates that the water has been agitated or mixed with soap, causing the formation of bubbles. The soap molecules help to reduce surface tension and trap air, creating a foam or froth on the surface of the water.
Because the hydrogen molecules in water want to stay connected and once you add soap it messes with the bonds and and they don't stay bonded as strongly. Also the mass and density of the water changes when you add soap.
There is no chemical reaction. Lathering is just air bubbles getting trapped inside the liquid. Soap has a high surface tension, and so if you introduce air bubbles inside it, they tend to stay for a while (unlike water for instance, where the air bubble won't stay for long and will just rise to the surface and fall out). This is also why you can blow soap bubbles (but not water bubbles).
the surface tension has bonds, and the soap breaks those bonds, so if the soap water is put onto a surface.. it will slip off
Soapy water does have some surface tension to it but it is very negligible. However pure water have good surface tension due to strong hydrogen bonding. This is the reason a water strider bug can walk and paperclip will float on water.
Because honey is stikier
Soapy water will hold more on a penny compared to pure water. This is because the surface tension of soapy water is lower than that of pure water, allowing it to spread out more and cover the penny's surface.
Yes, fleas can drown in soapy water because the soap reduces the surface tension of the water, making it easier for the fleas to sink and drown.
When soapy water is dropped on a penny, the surface tension of the water allows it to form a dome-like shape rather than immediately spreading out. The soap molecules reduce the surface tension of the water, allowing it to adhere to the penny and form a cohesive drop.
Fleas jump into soapy water because the soap reduces the surface tension of the water, making it difficult for them to float and escape. This causes them to sink and drown.
You can float a razor blade on water due to the 'Surface Tension' of the water. This is the tendancy of the water molecules to stay tightly together, which is why a water drop forms a 'hump' on a surface. Soap is a 'wetting agent', or surfactant. When you add soap to the liquid, the surface tension is drastically reduced, and the water molecules 'flow' around objects, like the razor blade. So, it sinks.
Soapy water that is frothy typically indicates that the water has been agitated or mixed with soap, causing the formation of bubbles. The soap molecules help to reduce surface tension and trap air, creating a foam or froth on the surface of the water.
Because the hydrogen molecules in water want to stay connected and once you add soap it messes with the bonds and and they don't stay bonded as strongly. Also the mass and density of the water changes when you add soap.
Yes it is not possible. Because as soap is added then surface tension would get reduced and so possibility of float becomes less. When we carefully place the same needle on ordinary water floating is quite possible as water has more surface tension
The surface tension of water is increased for salted water.Sodium chloride increase the surface tension of water.
When a needle is placed on clean water, it can float due to surface tension, which is the cohesive force between water molecules at the surface. However, when detergent is added to the water, it reduces the surface tension by disrupting the cohesive forces between water molecules. This decrease in surface tension causes the needle to sink as the water can no longer support its weight.