Recent content by chembloke

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    Electrical Potential, Voltage, Work

    Not sure if the equations are showing in the original post, but here they are in case they are not showing up.
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    Electrical Potential, Voltage, Work

    Hi guys, So my question is related to Electical Potential Eenrgy and Voltage. First off, I am using the Physics book by Cutnell, 8th Edition. If anyone would like to turn to the page I am on, it is page 570 or around there if you have the newer edition. So, they first relate Work by...
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    Question Related to Solubility and Common Ion Effect

    So the question asks - What is molar solubility of AgCl in 0.1M HCl? Ksp = [Ag+][Cl-] ----> Ksp = 1.8x10-10 After setting up the problem we get... Ksp = (x)(0.1 + x) 1.8x10-10 = (x)(0.1) 1.8x10-9 = (x) So the resulting answer is a Molar Solubility of 1.8x10-9, which to me is less...
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    Why Does a Car Move at Constant Velocity Despite Equal Opposing Forces?

    Thank you guys for all your help!
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    Why Does a Car Move at Constant Velocity Despite Equal Opposing Forces?

    I was wondering, if the force that causes a car to move in one direction is matched by the drag force opposing in the other direction, why does the car move at a constant velocity rather than moving at zero velocity. I thought that when one force opposes the other equally, there is no net...
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    13C NMR Question Reagarding Upfield/Downfield

    So my question pertains to a question about 13C NMR. The figure in question is below, the stars indicate the carbons in question. http://imageshack.us/photo/my-images/841/updownd.jpg/ In class, the professor said that the carbon on the left would be upfield, while the carbon on the right...
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    Mitosis: Comparing Karyotype 1 & 2

    So here is my dilemma. I'm looking at these two karyotypes. Karyotype 1: http://www.biotechnologyonline.gov.au/images/contentpages/karyotype.jpg Karyotype 2:http://www.contexo.info/DNA_Basics/images/karyotype1.gif Now karyotype 1, each chromosome is depicted as 2 bars. In karytope 2...
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    Question about Delocalisation of Carboxylic Acid and Acctactiveness to Proton

    So I understand that when you deporotonate a carboxylic acid, you get a RCOO-. This causes a delocalisation in the two oxygen atoms. I read somewhere that because of this delocalisation, it makes it less attractive to Hydrogen ions (protons). This makes the carboxylic acid more stable and...
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