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Problem statement
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Watch Video
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Force pushing atoms together From lecture notes
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1
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Work by a variable force From lecture notes (Set 2, slide 32)
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2
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PV work Use w=–Pex ΔV to calculate work
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2
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PV work Example 2 Reversible heating of a gas at constant pressure.
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2
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PV work Follow up from lecture notes. Discusses how to avoid rounding errors.
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2
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q, w, ΔU and ΔH of reversible heating of an ideal gas at constant pressure Tinoco's textbook. Chapter 2, problem 7.
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2
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ΔU and ΔH of a reaction from tabulated ΔH values of formation Uses Cp data to calculate ΔU and ΔH at another temperature.
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3
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ΔS and ΔH of a reaction from tabulated data Uses Cp data to calculate ΔS and ΔH at another temperature.2020 STUDENTS: DISREGARD THE PART OF THE PROBLEM THAT ASKS YOU ABOUT CHANGE OF ENTROPY AT A TEMPERATURE DIFFERENT THAN 298K. The part of the problem that discusses ΔH is part of HW3. The part about entropy is part of HW4.
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3 4
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ΔS of mixing hot and cold water.
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4
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ΔG of ATP hydrolysis.
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5
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Calculation of ΔG°' from ΔG°.
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5
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Protein-Ligand binding equilibrium
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6
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pH of ammonium chloride (2020 students: Remember that you can solve systems of equations in your computer. This recording was prepared before we went online)
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7
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pH of sodium acetate (2020 students: Remember that you can solve systems of equations in your computer. This recording was prepared before we went online)
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7
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pH of ammonium chloride (2020 students: Remember that you can solve systems of equations in your computer. This recording was prepared before we went online)
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7
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First order kinetics
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10
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Activation Energy
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10
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