Podcast
Questions and Answers
What is the primary purpose of the Gibbs Helmholtz Equation?
What is the primary purpose of the Gibbs Helmholtz Equation?
Which statement best describes how Van der Waals explained the behavior of gases?
Which statement best describes how Van der Waals explained the behavior of gases?
What does the bond order indicate about a molecule?
What does the bond order indicate about a molecule?
Which type of spectroscopy is involved in studying molecular vibrations?
Which type of spectroscopy is involved in studying molecular vibrations?
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Which principle does Crystal Field Theory (CFT) primarily rely on?
Which principle does Crystal Field Theory (CFT) primarily rely on?
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What is the effect of doping on the conductivity of semiconductors?
What is the effect of doping on the conductivity of semiconductors?
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What does the Jablonski Diagram illustrate?
What does the Jablonski Diagram illustrate?
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In the context of NMR spectroscopy, what does spin-spin coupling refer to?
In the context of NMR spectroscopy, what does spin-spin coupling refer to?
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Study Notes
Section A - Derivations
- Q1: Derive Eigen value and Eigen function from Particle in 1-D BOX.
- Q2: Derive Nernst Equation for Gibbs free energy and EMF of a cell.
- Q3: Explain how Van der Waal explained the deviation from ideal behavior of gases. Derive Van der Waal equation.
- Q4: Derive the relationship between Critical Constants and Van der Waals constant.
- Q5: Derive Time Dependent and Time Independent Schrodinger Wave Equation.
- Q6: Derive Gibbs Helmholtz Equation.
Section B - Explanations (Reasoning Questions)
- Q1: Explain the bond order and magnetic behavior of the following along with MO Diagram: H₂, H₂⁺, He₂, He₂⁺, O₂, O₂⁺, O₂⁻, O₂²⁻, N₂, N₂⁻, Be₂, C₂ etc.
- Q2: Describe the basic Principle of CFT. Explain the CFT of Oh and td complexes. Explain the magnetic behavior of [Co(NH₃)]²⁺ and [CoF₆]³⁻ compounds.
- Q3: Discuss how Doping affects the conductivity of semiconductors.
- Q4: Discuss Principle, Instrumentation and Applications of UV, IR and NMR Spectroscopy.
- Q5: What are the various types of transitions and types of shifts in UV Spectroscopy.
- Q6: Discuss Jablonski Diagram and explain the following phenomena: Internal Conversion, Inter System Crossings, Fluorescence, Phosphorescence.
- Q7: What are the various types of molecular vibrations and calculate the number of modes of vibrations in a) C₄H₁₀, b) H₂O, c) BeF₂.
- Q8: Tell the number of ¹H-NMR signals and spin-spin coupling in the following compounds.
- Q9: Discuss PES and explain it using H₃⁺, H₂CN molecules.
- Q10: How to remove the Temporary and Permanent Hardness (Lime-Soda Process and Zeolite Process) of water.
- Q11: Explain HSAB Concept of Acids and Bases along with suitable examples.
- Q12: Explain the structure of the following compounds using VSPER Theory: a) BeF₂, BeCl₃, SF₄, CH₄, NH₃, H₂O, SF₆, PCl₅, SF₆, IF₇.
Additional Questions (Page 2)
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Q13: Explain the following:
- Fluorine has low electron affinity than chlorine.
- Be and N has more Ionization Potential than Boron and Oxygen respectively.
- Why electron affinity of noble gases, Beryllium, Magnesium, Nitrogen, Phosphorus is zero or almost zero.
- Q14: Indicate R and S configuration of the following molecules. (Includes complex structures, likely requiring diagrams)
- Q15: Draw the various conformers of ethane, propane, butane and also explain the energy profile diagram.
- Q16: Elaborate the process of synthesis of a drug from organic compounds.
- Q17: Complete the following reactions. (Includes chemical equations with reactants and products)
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Description
Test your understanding of important topics in quantum chemistry and molecular physics through derivations and explanations. This quiz covers eigenvalues, Gibbs free energy, Van der Waals equations, and more intricate concepts like bond order and crystal field theory. Prepare to dive deep into the principles governing particle behavior in various states.
