The phenomenon of not being able to cut a stream of water is due to the unique properties of water as a liquid. The molecules in a liquid are in constant motion and are attracted to each other by intermolecular forces. These forces hold the molecules together and prevent the liquid from separating into individual particles.

Properties of Water

Water has several unique properties that make it difficult to cut a stream of water:

1. Cohesion: Water molecules are attracted to each other through hydrogen bonding, which creates a cohesive force that holds the water together. This cohesion enables water to form droplets and allows it to flow smoothly.

2. Surface Tension: The cohesive forces between water molecules also create surface tension. This tension causes the surface of the water to act like a thin, elastic membrane, which makes it difficult to cut through.

3. Viscosity: Water is a relatively viscous liquid, which means that it has a resistance to flow. This resistance makes it difficult to cut through a stream of water.

Why we can't cut the stream of water?

When we try to cut a stream of water, we are essentially trying to separate the water molecules from each other. However, because of the cohesive forces between the molecules, they tend to stick together, making it difficult to cut through the stream. Additionally, the surface tension of the water creates a barrier that resists any attempts to cut through it.

Conclusion

In conclusion, the inability to cut a stream of water is due to the cohesive forces, surface tension, and viscosity of water as a liquid. These properties make it difficult to separate the water molecules from each other and create a barrier that resists any attempts to cut through it.

Water is a fluid form of matter which posses intermolecular force of attraction. Even though momentarily we can cut the flow of water by placing our hand or finger in between water steam but permanently we cannot cut the water stream as liquid particles are binded with inter water is a fluid form of matter which posses intermolecular force of attraction...