How would you compare water absorption capacity of synthetic fibre and natural fibre?
Answers
Answered by
35
The answer has to do with the chemical processes of molecular reaction and fluid absorption that lie in the combination of water and different fabrics. For example, synthetic and natural fabrics have a different arrangement of molecules that react differently when combined with the molecular structure of water. Invite your child to test this theory and the power of her scientific observation as she compares rates of liquid absorption with nylon (a synthetic material) and cotton (a natural fiber).
What You Need:
12” square samples of cotton and nylon4 oz glass8 oz glassWater
What You Do:
Have your child pour water into the large glass until it is ¾ full.Ask him to saturate the wool sample with water.Invite him to pull one corner of the cotton sample into the small glass, so that it is resting on the rim.The experiment should be left in place for about 12 hours.Encourage your child to observe what has occurred. If the experiment went as planned, some of the water probably flowed from the larger glass into the smaller glass.Repeat steps 1 through 4 with the nylon sample.Ask your child to notice the results. Which fabric produced the most water in the smaller glass? Which fabric produced the least?
What's Happening?
What has this experiment taught your child about the properties of synthetic versus natural fibers? Natural fibers tend to be more absorbent than synthetic ones. Cotton, for example, has more naturally occurring places that can form bonds with water molecules. This means that it can absorb a significant amount of water, about 25 times its weight! Nylon, on the other hand is not hydrophilic (a highly absorbent fiber), and can only hold about 10 percent of its weigh tin water.
What You Need:
12” square samples of cotton and nylon4 oz glass8 oz glassWater
What You Do:
Have your child pour water into the large glass until it is ¾ full.Ask him to saturate the wool sample with water.Invite him to pull one corner of the cotton sample into the small glass, so that it is resting on the rim.The experiment should be left in place for about 12 hours.Encourage your child to observe what has occurred. If the experiment went as planned, some of the water probably flowed from the larger glass into the smaller glass.Repeat steps 1 through 4 with the nylon sample.Ask your child to notice the results. Which fabric produced the most water in the smaller glass? Which fabric produced the least?
What's Happening?
What has this experiment taught your child about the properties of synthetic versus natural fibers? Natural fibers tend to be more absorbent than synthetic ones. Cotton, for example, has more naturally occurring places that can form bonds with water molecules. This means that it can absorb a significant amount of water, about 25 times its weight! Nylon, on the other hand is not hydrophilic (a highly absorbent fiber), and can only hold about 10 percent of its weigh tin water.
Answered by
29
Explanation:
- Natural fibers are comes from natural source like plants and animals. The natural fibers products sources are Cotton, linen, hemp, flax and cotton and other plant.
- “Wool and silk” are common fibers that are obtained from the animals.
- Synthetic fibers which are called as “man - made fibers”. Synthetic fibers are made up of different types of chemicals, hence each and every type of synthetic fibers have their respective properties.
- Synthetic fiber has high length and high tensile power. And these are poor absorbents from moisture water.
- Therefore, natural fibers have high water absorb capacity.
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