Yes, cotton thread is less dense than water so it will float on the water's surface. This is because cotton is a natural fiber and has air trapped within its structure, giving it buoyancy.
Yes it will float until it is less denser than oil and water. But just after increasing its density by absorbing enough water or oil it will start sinking.
Cotton fibers are light and have air trapped within them, contributing to their buoyancy. Additionally, cotton fibers are hydrophobic, meaning they repel water and are less likely to become waterlogged and sink. This combination of factors allows cotton to float on air.
Yes, cotton thread by itself is not a good conductor of electricity because it is an insulator. However, if the cotton thread is coated or infused with a conducting material like metal, it can become a conductor of electricity.
The cotton, even though a solid, floats on water because its density is much less compared to that of water. The particles of cotton are very light in weight. However, it will be noticed that, after some time, the cotton sinks in water. This is because, the water has been absorbed by the cotton, and the particles of cotton have become heavy. Then, they cannot absorb any more. So, they completely sinks to the bottom of the water after a certain time period-By Satyam KUmar of DAV PUBLIC SCHOOL KOYLA NAGAR DHANBAD CLASS IX-A
Yes, water can float on water. This is because of surface tension, which allows objects with a lower density than water to float on its surface. Items like boats or water bugs can float because of this phenomenon.
yes cotton thread is stronger than polycotton thread
no because the cotton fills with water
Yes it will float until it is less denser than oil and water. But just after increasing its density by absorbing enough water or oil it will start sinking.
The cotton mill used water power in order to spin cotton into useful thread. This allowed for greater thread production, which led to more and cheaper clothes for all.
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cotton thread is used to sew and to make clothing
Actually, its the other way around. A needle will float on water due to surface tension of the water. Thread will not because the fibers of the thread will break the bonds of the surface tension and allow the thread to sink. Also, the thread is not straight as is the needle.
Cotton fibers are light and have air trapped within them, contributing to their buoyancy. Additionally, cotton fibers are hydrophobic, meaning they repel water and are less likely to become waterlogged and sink. This combination of factors allows cotton to float on air.
Egyptian cotton usually has a 200 or greater thread count.
It was the Spinning Jenny that changed cotton into thread. The cotton gin removed the seeds.
A cotton ball is thinly attached with lots if air between its fibers. It would be hard to find a liquid it doesn't float on, so the answer is yes to both.
Cotton mills make cotton thread. Textile factories turn any thread into cloth.