use of chemistry in daily life
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HEY DEAR...
HERE'S YOUR ANSWER⬇
I can say chemistry is present EVERYWHERE in your daily life.
When you wake up in the morning, the toothbrush and toothpaste you use were conceived by chemists. What material should the bristles be made of? What is the concentration of flouride ions that would produce optimal effect to strengthen your teeth?
The clothes you pull on could be made of nylon or polyester. Nylon was created by the DuPont Company. Polyester is exactly that - poly(ester) where esters are the product of an organic chemical reaction between alcohols and carboxylic acids. A chemist has to determine which ester is best suited for this application and how to polymerise it into an ester chain that ultimately becomes woven material.
Your food may contain preservatives or enhancers that was researched in a laboratory somewhere. Food science requires a good grounding in both organic and inorganic chemistry from which biochemistry is built upon.
Hence, every food you eat, every product you use has its roots in chemistry. Every life process can be explained by chemistry. The medicines you buy from the pharmacy were first synthesized by a chemist.
Chemistry is everywhere. It would take pages to detail every single contribution chemistry has made to your life for just a single day.
“Better living through chemistry”.
Any doubts, please ask me in the comments.
I HOPE YOU FIND IT HELPFUL.
@ LB :)
HERE'S YOUR ANSWER⬇
I can say chemistry is present EVERYWHERE in your daily life.
When you wake up in the morning, the toothbrush and toothpaste you use were conceived by chemists. What material should the bristles be made of? What is the concentration of flouride ions that would produce optimal effect to strengthen your teeth?
The clothes you pull on could be made of nylon or polyester. Nylon was created by the DuPont Company. Polyester is exactly that - poly(ester) where esters are the product of an organic chemical reaction between alcohols and carboxylic acids. A chemist has to determine which ester is best suited for this application and how to polymerise it into an ester chain that ultimately becomes woven material.
Your food may contain preservatives or enhancers that was researched in a laboratory somewhere. Food science requires a good grounding in both organic and inorganic chemistry from which biochemistry is built upon.
Hence, every food you eat, every product you use has its roots in chemistry. Every life process can be explained by chemistry. The medicines you buy from the pharmacy were first synthesized by a chemist.
Chemistry is everywhere. It would take pages to detail every single contribution chemistry has made to your life for just a single day.
“Better living through chemistry”.
Any doubts, please ask me in the comments.
I HOPE YOU FIND IT HELPFUL.
@ LB :)
shweta119:
thanx dear friend
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