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Use a systematic treatment of equilibrium to calculate the pH of a solution prepared by diluting 0.467 g of aniline (aminobenzene, C6H5NH2) to 100.0 mL. Pertinent equilibria include the dissociation of the weak base and the autoprotolysis of water. a. Write out the mass balance and charge balance equations. b. Write the associated equations for the equilibrium constants for the pertinent equilibria. c. Make the assumption that [BH+] ~[OH-] and solve for [OH-]. Calculate the pH of the solution. Verify that the assumption was justified. Calculate the fraction of dissociation a.
the rate of the constants for the above gas pharse reaction is 1.438M^-2 s^-1 at exactly 642.5 Kelvin and 21.64 M^-1 s^-1 at exactly 838.1 Kelvin. What is the value of the activation energy of the reaction in KJ/mole?
What happens to the solubility of an ionic compound as ionic strength of the solution increases up to ~0.5 M)? Why is there a correlation between the solubility of an ionic compound and the ionic strength of the solution?
Determine the concentration of H+ ions in a solution of HCl that was prepared b diluting 50.0 mL of concentrated (11.6 M) Hydrochloric acid to a final volume of 500mL?
Compute the atomic weight for this naturally occurring element A and A Naturally occurring element A exists in three forms of its isotopes
what is the molar mass of gas if 0.250 g of the gas occupies 215 mL at 61 8mmHg and 30. 0C
Draw the accepted mechanism for each reaction and illustrate how each stereoisomer is formed in the reaction.
If the diameter of a sodium atom is 3.14×10-8 , how many sodium atoms would fit along a line exactly 2.00 inch long?
Determine the concentration of the sodium hydroxide solution? Considering this balanced equation given as :
Give the structure that corresponds to the following molecular formula and 1H NMR spectrum:
Draw a diagram of oseltamivir and label showing which atoms or functional groups could be involved in the binding of oseltamivir to the neuraminidase active site by
Determine What is the final concentration and calculate what is the Ksp of this salt at temperature of 25 degrees Celsius?
A solution of ethanol (C2H5OH) in water is prepared by dissolving 57.0 mL of ethanol (density = 0.79 g/cm3) in enough water to make 255.0 mL of solution.
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