Do you know about all the things acetaldehyde is used in? I think not! Well if you think it is not beneficial think again!!
Many people out there probably enjoy smelling very nice from the use of PERFUMES.
If you are one of these people do not be suprised to find out acetaldehyde is used in the production of perfumes!
If you don't find that to be enough maybe you are one who enjoys being tan, if you are and you get this tan from tanning beds this is why you should be a fan of acetaldehyde!
Thats right! Acetaldehyde is used in tanning too!
If that isn't enough for you this may be the thing to change your mind.
If you are a fruit lover...
Yes, fruit. If you are a fruit lover let it be known that acetaldehyde is used in preserving fruit!
Let it be known that acetaldehyde is used in many different things that effect your life.
Become a Fan!
Jeepers! This is one fine looking blog! The light green color scheme and bookcase background compliment one another, and the original idea of organizing the areas of the blog into seperate blog posts works rather well, as if they were paragraphs in a persuasive essay. Another keen idea seen here are the images that frequently appear throughout the project. It gives a good visual in the reader's head, and allows them to better realize how useful acetaldehyde really is.
ReplyDeleteThe images of the molecules are also incredible, with line structures (that are incorrectly labeled as lewis structures), 3-D molecules, and line strictures that show how the intermolecular forces work. The angles are all accurate, but it would have been nice if they were hand drawn. Overall though, it gives the reader multiple takes on the experience of the molecule. Once again, polarity is looked at in-depth and explained thoroughly. It allows any newcomers to the world of molecular structures to follow along with the thought process that now seems second-hand to the rest of us. Every solitary step of the polarity process is discussed; from the electronegativity of the molecules to the location of the negative side of a molecule. The intermolecular forces were all explained and correctly stated as applicable within the molecule. Everything that Ms. Tocco did with the look, images, and molecular polarity within this blog can be seen through her explanation of the forces, and there are even custom made images to help with the explanation once again. The image of the two acetaldehyde molecules is a tad difficult to follow, but it still shows tremendous effort on her part. By the end of this amazing blog, I really did become a fan of acetaldehyde, and am greatful for its uses in my everyday life. This is overall one truly magnificent blog.
I thoroughly enjoyed your blog, it was full of vibrant colors and good information. I like how you use pictures along with your ad to increase the mindset to want the product. You make it seem very useful.
ReplyDeleteOverall this blog is very well set up. You didn't waste space and time with needless information and you got straight to the point. You organized your information well and your layout is clean and fitting. The bond angles on your molecule picture appear to be correct however I do not know what the exact bond angles would be. You correctly idenftified your molecule as polar due to the higher electronegativity on the right side of the molecule because of the unshared pairs on the Oxygen atom. You also correctly identified the intermolecular forces that are acting upon your molecule. You identified london dispersion which acts on all molecules, dipole-dipole which acts upon polar molecules with positive and negative ends, and hydrogen bonding which happens between polar molecules that contain hydrogen and oxygen, hydrogen and nitrogen, or hydrogen and fluorine. Your ad was very persuasive while being simple. It got to the point and explained some of the important things that your molecule is included in. Overall your blog was very interesting and fun to read.
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