Mike Karabinos Contains the species, reactions, and solutions used by the Default Stockroom of the Virtual Lab. Emma Rehm An introductory walkthrough detailing some of the most commonly used features of the Virtual Lab. Dave Yaron Dilution of a glucose solution. Mike Karabinos Preparation of a stock solution from a concentrated acid. Jordi Cuadros and Tim Palucka Molarity, molality, mass percent, mole fraction? Understanding concentrations. Jordi Cuadros and Mike Karabinos Making salt solutions at different concentration. Jordi Cuadros and Tim Palucka Identify metals from their density. Jordi Cuadros and Tim Palucka Identify a liquid from its density. Jordi Cuadros and Tim Palucka Determine the concentration from the density of the solution. Donovan Lange In this problem, students mix together solutions in an attempt to control their color change. Donovan Lange Limiting reagent problem to determine the stoichiometery of a reaction. Donovan Lange The limiting reagent problem from above with a more challenging solution. David Yaron and Mike Karabinos Solving text-book style limiting reagent problems using the virtual lab. David Yaron Design an experiment to answer a limiting reagent style problem. Dave Yaron Predict the results of a limiting reagents problem involving strings of DNA. David Yaron In this limiting reagent exercise, students develop an experiment to determine the concentration of an unlabeled container. Mike Karabinos Determine the concentration of Silver ion in a Silver Nitrate solution. Jordi Cuadros Determine the amount of arsenic present in soil samples. Bob Belford An experiment that looks at Cobalt(II) Complexes & LeChatlier's Principle. Dave Yaron Explore equilibrium constants in biochemical systems. Rob Belford and David Yaron Examine the solubilities of salts based on temperature. Rob Belford and David Yaron Determine the solubility product constatnt (Ksp) for various solids. Dave Yaron Determine the solubility of CuCl at different temperatures. Dave Yaron Observe and then determine the heat of reactions in aqueous solutions. Tim Palucka and David Yaron Create a solution of Coffee with a desired temerpature. Barry Charington A demonstration of Hess' Law using three reactions, the solubility of NaOH in water and in HCL and the reaction of a solution of HCL and a soluation of NaOH. Tim Palucka and Jordi Cuadros Measure and compare the heat capacity of an unknown liquid. Tim Palucka and David Yaron Measure and compare the heat capacity of an unknown liquid with an unknown density. Tim Palucka and David Yaron Measure the enthalpy of a reaction. Tim Palucka and David Yaron Determine change in the enthalpy of a reaction as the concentration of reactants are varied David Yaron and Jordi Cuadros Create solutions that when mixed, increase to a certain temperature. David Yaron and Jordi Cuadros Determine the enthalpy of the ATP reaction. David Yaron and Jodi Davenport Determine the heat capacity of potential solar materials using the bunsen burner. Rea Freeland Text book style strong acid and base problems that can be checked using the virtual lab. Rea Freeland Text book style weak acid and base problems that can be checked using the virtual lab. Bob Belford Exploring the pH Scale by the method of successive dilutions. Sophia Nussbaum A collection of questions and exercises to complete before performing an acid/base titration. Dave Yaron In this prelab exercise, students standardize a solution of NaOH using KHP. Dave Yaron In this exercise, students graph the titration curve of an unknown acid and base to determine their pKa's and concentrations. Dave Yaron Determine the pKa and concentration ratio of a protein in solution. Sophia Nussbaum An exercise to design a buffer solution with specific properties. Dave Yaron Students examine equilibrium and buffer solutions in a biological setting. Barry Charington Students prepare an oxidation reduction reaction series from experimental data collected in virtual lab.