The absorption frequency, wavelength and wave number of the fundamental absorption of the NO bond should be determined and the explanation of the comparison of the calculated value with the experimental value found for NO and NO dimers should be determined. Concept introduction: An absorption band consists of an energy range for the various wavelengths in an electromagnetic spectrum. The wave number may be defined as the wavelength per unit distance. The units of wave number are cm − 1 .

Question

35) Complete the following equation by drawing the line the structure of the products that are formed. Please note that in some cases more than one product is possible. You must draw all possible products to recive full marks! a. ethanol + 2-propanol + H2SO4 → b. OH conc. H2SO4 CH2 H3C CH + K2Cr2O7 C. d. H3C A pressure CH3 + H2 CH Pt catalyst

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Chapter 16, Problem 16.4QAP

Interpretation Introduction

Interpretation:

The absorption frequency, wavelength and wave number of the fundamental absorption of the NO bond should be determined and the explanation of the comparison of the calculated value with the experimental value found for NO and NO dimers should be determined.

Concept introduction:

An absorption band consists of an energy range for the various wavelengths in an electromagnetic spectrum.

The wave number may be defined as the wavelength per unit distance. The units of wave number are cm−1.

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35) Complete the following equation by drawing the line the structure of the products that are formed. Please note that in some cases more than one product is possible. You must draw all possible products to recive full marks! a. ethanol + 2-propanol + H2SO4 → b. OH conc. H2SO4 CH2 H3C CH + K2Cr2O7 C. d. H3C A pressure CH3 + H2 CH Pt catalyst

21) The rate of reaction depends upon: a. the concentration and nature of reactants b. the temperature of the reaction C. whether or not a catalyst was used d. all of the above 22) A Maxwell-Boltzmann curve shows the distribution of molecular energies in a reaction system. When the temperature in this system is increased, the peak is a. higher and further to the right. b. higher and further to the left. c. lower and further to the right. d. lower and further to the left. 23) Which of the following correctly describes the reaction represented by the reaction below? CaCO3 (s) + energy → CaO (s) + CO2 (g) a. It is exothermic and the potential energy is greater in the reactants than the products. b. c. It is exothermic and the potential energy is greater in the products than the reactants. It is endothermic and the potential energy is greater in the products than the reactants. d. It is endothermic and the potential energy is equal for the products and reactants.

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