CHEM 110 Study Guide - Midterm Guide: Mercury(Ii) Oxide, Heterogeneous Catalysis, Sodium Bicarbonate

• School: McGill University
• Department: Chemistry
• Course: CHEM 110
• Professor: Sebastien Breau

Document Summary

L atm mol-1 k-1 cm3 atm mol-1 k-1. J mol-1 k-1 erg mol-1 k-1 dm3 kpa mol-1 k-1 cm3 kpa mol-1 k-1. Order 0: [a] = [a]0 k t. Order 1: [a] = [a]0 e- k t. The periodic table of the elements: a 10 l container holds a mixture of 5 gases at 0 c. The composition of the mixture is given below. At equilibrium at a certain temperature, [h2o(g)] = 0. 12 m, and [co(g)] = [h2(g)] = 1. 2 m. H = 126 kj/mol and s = -74. 9 j/mol k at 377 c. Kc = 92. 0 when equilibrium concentrations of hi and i2 are [hi] = 0. 115 m and [i2] = 0. 250 m, the equilibrium concentration of [h2] is: 5. 00 10-3 m, 9. 56 m, 0. 135 m, 5. 75 10-4 m, 1. 74 103 m, sodium carbonate can be made by heating sodium bicarbonate. When [hno2(aq)] = 1. 0 m and [no2-(aq)] = [h3o+(aq)]