Benzene has many common uses today. Benzene is mainly used as an intermediate to make other chemicals. Benzene is used to make some types of rubbers, lubricants, dyes, detergents, drugs, explosives, and pesticides. These are all common items that may make tasks easier for people. They are all useful items and the world would certainly be changed without them. All these items exist because of benzene. Everyone needs benzene, it will make your life easier!!
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Appearance of Blog:
ReplyDeleteThe appearance of this blog is very nice. The layout make reading the information very easy to read and understand, and the information is displayed in order making is good to follow along with the blog.
Accuracy of Model:
The 3D model of the molecule was very well illustrated, all the angles were correct, and it was labeled carefully.
Polarity:
In the blog, benzene is described as a nonpolar molecule. This is because all of the electrons are evenly distributed throughout the molecule.
Intermolecular Forces:
The only force that is acting upon the molecule is the London force. This is the only force that is present in nonpolar molecules.
Effectiveness of Ad:
This molecule is very important, because it has many uses. From drugs, to pesticides, do rubber as more. Benzene is a very useful molecule to have.
Overall Appearance:
ReplyDeleteThe blog is well organized. The blog's background makes the information easy to read. I wish there was a little more color in this blog; it would make the blog more vibrant and "alive."
Accuracy of the Model:
The model of benzene is accurate. The electronegativity arrows all point in the right directions. However, some of the red C's look more like L's. I also question the black bonds on the black background. The bonds blend in to a degree with the background. Also, what are the dashed lines in the middle of the molecule? The key makes no reference to those dashed lines, or even the actual bonds, for that matter.
Polarity:
Benzene is correctly described as nonpolar, due to the equal distribution of electrons throughout the molecule. I also enjoy the inclusion of the nature of the bonds in the polarity section, showing that a polar molecule differs from a polar bond, an extremely important concept when dealing with polarity.
Intermolecular Forces:
The blog correctly states that there is only one intermolecular force acting upon the molecule, the London dispersion force, in which temporary dipoles are formed because of the movement of electrons around two atoms. The blog accurately describes this force.
Effectiveness of the Ad:
First, the ad's title immediately catches the eye's attention. The ad then goes into describing various uses for benzene, all of which are common, household uses. I also like how benzene is marketed as being affective on a global scale. I enjoy the creative phone number as well. Overall, the ad is highly effective.
Appearance:
ReplyDeleteTHe blog is very well organized and neat but it would be more interesting with a colored background. I like how all the information is organized into different blog points, it makes it very easy to read.
Drawing:
The drawing of the molecule is accurate but the black on black is confusing to look at. Also, I am not sure what the dotted lines in the middle of the molecule are.
Polarity:
The polarity of the bonds is correct with it being non-polar. I also like how this is explained with the nature of the bands.
Intermolecular Forces:
The blog is correct to say that the only intermolecular force is London Dispersion forces. The blog also gives a very good description of this force.
Advertisement:
The add is very great at showing that there are so many different ways to use benzene. I also the very creative way that it gives a phone number to call to get benzene.
Appearance:
ReplyDeleteThe blog is very well organized and neat. It provides the reader to focus on the information rather than any distractions in the background.
Picture:
The pictures and Lewis structures were all accurate and very neat. They were easy to read and some had keys for the reader’s benefit, which helped the reader to understand the image more clearly.
Polarity:
The polarity is correct. The molecule is non polar due to the equal distributions of the hydrogen molecules. I liked how the author included the information about the nature of the bands; such information helped the reader to gain deeper understanding of the key concepts involved.
Advertisement:
The advertisement was very informative. It gave the reader important information about the molecule and how it is used today. It provides the reader with tangible ideas of how life would be different without this molecule, my favorite part though is the creative use of the phone number.