In 3 to 4 sentences, explain why there exists a correlation between electrostatic potential and acid strength? Does Adipic Acid follow this trend or does it appear to be an outlier? Explain.
A correlation between electrostatic potential and acid strength exists due to the acids ability to be a proton donor, and the dissociation of the aqueous solution. The lower the pKa the stronger the acid because the acid is more electronegative making the acid more stable, and causing the electrostatic potential to therefore increase.
Yes adipic acid will also follow this trend because pKa of adipic acid is approximately 4 to 5. Hence, adipic acid is strong acid thus it will follow correlation between electrostatic potential and acidic strength.
In 3 to 4 sentences, explain why there exists a correlation between electrostatic potential and acid...
In 3-4 sentences, explain why there exists a correlation between
electrostatic potential and acid strength? Does your assigned acid
follow this trend or does it appear to be an outlier? Explain. Our
assigned acid is Benzoic Acid. The pKa is 4.2 (Ka was 6.5 x10^-5)
and electrostatic potential was 279.3. Heres what the graph looked
like PLEASE HELP
5. In 3 to 4 sentences, define electrostatic potential and acid strength and explain why there exists a correlation between the two? Does your assigned acid follow this trend or does it appear to be an outliers? Explain. H4 Pyruvic Acid - Electrostatic Potential is 331.4 kJ/mol Ka 4.1 x 10-3 the Electrostatic Potential Map word document posted on y the region(s) with the most positive electrostatic potentia ed acid and explain why that region is the most positive. Y...
Assigned Acid: Pyruvic Acid – Electrostatic Potential is 331.4
kJ/mol Ka = 4.1 x 10^-3
I believe the pKa is 2.4?
Data for graphing pKa with Assigned Acid 1. Calculate the pka for your assigned acid using the given Ka. Show all your work for credit. 2. Graph the maximum electrostatic potential given for each molecule vs strength of the acid as represented by its pKa value using XY scatter plot (Table 1). Make sure to label your acid. Electrostatic...
please help! correlation of acidity with electrostatic
potential. The assigned acid is Maleic Acid: Electrostatic
Potential is 379.2 kJ/mol. Answering any part of this assignment
would help greatly to understand more about it.
Assigned Acid #27 03 02 04 01 C2. H3 H2 Maleic Acid - Electrostatic Potential is 379.2 k]/mol Kal = 1.2 x 102 1. Using the Electrostatic Potential Map word document posted on Moodle, identify the region(s) with the most positive electrostatic potential of your assigned acid...
please show all work thank you im advance
Experiment #5-Acidity and Electrostatic Potential Experiment #5: Correlation of Acidity with Electrostatic Potential This Experiment is Done in Groups of 2 Background: his laboratory experiment is focused on theoretically predicting the acidity of several molecules. A software package called "Spartan" was used to predict the structure electrostatic potential of each molecule. The electrostatic potential at a point P is defined as the Coulomb energy of interaction between the electron-charge cloud of the...
3. Is there a relationship (correlation) between action-potential amplitude and conduction velocity? Why or why not? **please explain in detail
4. In one sentence only, explain why there is a correlation between the solubility of an ionic compound and the ionic strength of a solution. You may be penalized for writing more than one sentence so please be sure you answer concise and clear (4 points)
1. Using basic electrostatic arguments, explain why an electron “in” the 2s orbital of neon is of higher potential energy than it would be “in” the 1s orbital. 2. Explain why is it that periods 2 and 3 of the periodic table have 8 elements apiece while periods 4 and 5 have 18 elements and why aren't there 18 elements in period 3? 3. How many orbitals exists when n=5, l=3? What are these orbitals called? Are these orbitals degenerate?...
4. We know from electrostatics that if we have a scalar electrostatic potential V, then there exists an electric field that satisfies: Of course, not all vector fields can be written as the gradient of a scalar function. (a) Show that the electric field given below is not the result of an electrostatic potential (b) Just because this electric field can't come from an electrostatic potential, it doesn't mean it can't exist - it just can't be created by static...
4: Explain why the potential energy between a positive charge and a negative charge is