Perform thermodynamics labs faster and less expensively-and obtain better, more precise results! Seven laboratory activities in this manual are traditional thermodynamics experiments. When used with the small-scale calorimeters described below, the amount of material consumed and the time involved in lab is minimized. Each experiment is written for either introductory or advanced students. Experiments include: Determining the Calorimeter Constant, Specific Heat of a Substance, Heat of Solution, Heat of Neutralization, Enthalpy of Reaction, Hess's Law, and Job's Method of Combining Volumes. High-quality, small-scale calorimeters are manufactured from dense, 2"-thick polystyrene lined with a specially formulated coating that permeates the pores of the foam. This maximizes heat efficiency and limits water absorption, which means that the calorimeter constant remains constant and the mass of the calorimeter does not change throughout the experiment! These high efficiency, yet small-scale, calorimeters allow for quantitative thermodynamics experiments to be carried out with only 15 mL of reagent and ten minutes per trial, allowing several trials to be completed in a single class period. Purchase of the lab manual includes a site license with reproduction rights. Two calorimeters are needed for each student group. 1999, 72 pages, 8 1/2" x 11", spiral-bound.