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[
  {
    "category": "Default",
    "assignments":[
      {
        "name": "Default Lab",
        "author": "Mike Karabinos",
        "description": "Contains the specias, reactions, and solutions used by the Default Stockroom of the Virtual Lab",
        "path": "default"
      }
    ]
  },
  {
    "category": "Molarity and Density",
    "assignments":[
		{
			"name": "Glucose Dilution Problem",
			"author":"David Yaron",
			"description":"Dilution of a glucose solution.",
			"path": "MolarityDensity/dilution1"
		},
		{
			"name": "Acid Dilution Problem",
			"author":"David Yaron",
			"description":"Preparation of a stock solution from a concentrated acid.",
			"path": "MolarityDensity/dilution2"
		},
      {
        "name": "Sucrose Problem",
        "author": "Jordi Cuadros and Tim Palucka",
        "description": "Molarity, molality, mass percent, mole fraction? Understanding concentrations",
        "path": "MolarityDensity/sucrose"
      },
      {
        "name": "Making Solutions From Solids",
        "author": "Jordi Cuadros and Mike Karabinos",
        "description": "Making salt solutions at different concentration.",
        "path": "MolarityDensity/salt"
      },
      {
        "name": "Metals Density Problem",
        "author": "Jordi Cuadros and Tim Palucka",
        "description": "Identify metals from their density",
        "path": "MolarityDensity/metals"
      },
      {
        "name": "Liquid Density Problem",
        "author": "Jordi Cuadros and Tim Palucka",
        "description": "Identify a liquid from its density",
        "path": "MolarityDensity/liquid"
      },
      {
        "name": "Alcohol Density Problem",
        "author": "Jordi Cuadros and Tim Palucka",
        "description": "Determine the concentration from the density of the solution",
        "path": "MolarityDensity/alcohol"
      }
    ]
  },
  {
    "category": "Stoichiometry and Limiting Reagents",
    "assignments":[
      {
        "name": "Jello Problem",
        "author": "Donovan Lange",
        "description": "In this problem, students mix together solutions in an atempt to control their color change",
        "path": "Stoichiometry/jello"
      },
      {
	"name": "Oracle: Determining Stoichiometric Coefficients",
	"author":"Donovan Lange and David Yaron",
	"description":"Limiting reagent problem to determine the stoichiometery of a reaction.",
	"path": "Stoichiometry/oracle1"
	},
	{
	"name": "Oracle Pt 2: Determining Stoichiometric Coefficients Bonus",
	"author":"Donovan Lange and David Yaron",
	"description":"Limiting reagent problem  with a more challenging solution.",
	"path": "Stoichiometry/oracle2"
	},
      {
        "name": "Textbook Style Limiting Reagents Problems",
        "author": "David Yaron and Mike Karabinos",
        "description": "Solving text-book syle limiting reagent problems using the virtual lab",
        "path": "Stoichiometry/textbook"
      },
      {
        "name": "Open-ended Text Book Style Limiting Reagent Problem",
        "author": "David Yaron",
        "description": "Design an experiment to answer a limiting reagent style problem",
        "path": "Stoichiometry/textbook2"
      },
      {
        "name": "Predicting DNA concentration",
        "author": "Dave Yaron",
        "description": "Predict the results of a limiting reagents problem involving strings of DNA",
        "path": "Stoichiometry/dna"
      },
      {
        "name": "DNA/Dye Problem 2",
        "author": "Dave Yaron",
        "description": "In this limiting reagent excercise, students develop an experiment to determine the concentration of an unlabeled container",
        "path": "Stoichiometry/dna2"
      }
    ]
  },
  {
    "category": "Quantitative Analysis",
    "assignments":[
      {
        "name": "Unknown Concentration Problem",
        "author": "Mike Karabinos",
        "description": "Determine the concentration of Silver ion in a Silver Nitrate Solution",
        "path": "Quantitative/unknown"
      },
      {
        "name": "Gravimetric Determination of Arsenic",
        "author": "Jordi Cuadros",
        "description": "Determine the amount of arsenic present in soil samples",
        "path": "Quantitative/gravimetric"
      }
    ]
  },
  {
    "category": "Chemical Equilibrium",
    "assignments":[
      {
        "name": "Cobalt Lab",
        "author": "Bob Belford",
        "description": "An experiment that looks at Cobalt(II) Conplexes & LeChatlier's Principle",
        "path": "Chemical/cobalt"
      },
      {
        "name": "DNA Binding Problem",
        "author": "Dave Yaron",
        "description": "Explore equilibrium constants in biochemical systems",
        "path": "Chemical/dna"
      }
    ]
  },
  {
    "category": "Solubility and Solids",
    "assignments":[
      {
        "name": "Temperature and the Solubility of Salts",
        "author": "Rob Belford and David Yaron",
        "description": "Examine the solubilites of salts based on temperature",
        "path": "Solubility/temperature"
      },
      {
        "name": "Determining the Solubility Product",
        "author": "Rob Belford and David Yaron",
        "description": "Determine the solubility product constant (Ksp) for various solids",
        "path": "Solubility/determine"
      },
      {
        "name": "Solubility Determination Problem",
        "author": "Dave Yaron",
        "description": "Determine the solubility of CuCl at different temperatures",
        "path": "Solubility/solubility"
      }
    ]
  },
  {
    "category": "Thermochemistry",
    "assignments":[
      {
        "name": "Coffee",
        "author": "Tim Palucka and David Yaron",
        "description": "Create a solution of Coffee with a desired temperature",
        "path": "Thermochemistry/coffee"
      },
      {
        "name": "Heats of Reaction - Hess&apos; Law",
        "author": "Barry Charington and David Yaron",
        "description": "A demonstration of Hess&apos; 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.",
        "path": "Thermochemistry/heatrxn"
      },
      {
        "name": "Coolant I",
        "author": "Tim Palucka and Jordi Cuadros",
        "description": "Measure and compare the heat capacity of an unknown liquid",
        "path": "Thermochemistry/freeze"
      },
      {
        "name": "Coolant II",
        "author": "Tim Palucka and David Yaron",
        "description": "Measure and compare the heat capacity of an unknown liquid with an unknown density",
        "path": "Thermochemistry/freeze2"
      },
	  {
        "name": "Measuring Heat of Reaction Problem",
        "author": "David Yaron",
        "description": "Observe and then determine the heat of reactions in aqueous solutions",
        "path": "Thermochemistry/thermo"
      },
      {
        "name": "Camping Part 1",
        "author": "Tim Palucka and David Yaron",
        "description": "Measure the enthalpy of a reaction",
        "path": "Thermochemistry/thermoQ1"
      },
      {
        "name": "Camping Part 2",
        "author": "Tim Palucka and David Yaron",
        "description": "Determine change in the enthalpy of a reaction as the concentration of reactants are varied",
        "path": "Thermochemistry/thermoQ2"
      },
      {
        "name": "Camping Part 3",
        "author": "David Yaron and Jordi Cuadros",
        "description": "Create solutions that when mixed, increase to a certain temperature",
        "path": "Thermochemistry/thermoQ3"
      },
      {
        "name": "ATP Reaction (Thermochemistry and Bonding)",
        "author": "David Yaron and Jordi Cuadros",
        "description": "Determine the enthalpy of the ATP reaction",
        "path": "Thermochemistry/atp"
      }
    ]
  },
  {
    "category": "Acids and Bases",
    "assignments":[
      {
        "name": "Strong Acid Problems",
        "author": "Rea Freeland",
        "description": "Text book style strong acid and base problems that can be checked using the virtual lab",
        "path": "Acids/strongacid"
      },
      {
        "name": "Weak Acid Problems",
        "author": "Rea Freeland",
        "description": "Text book style weak acid and base problems that can be checked using the virtual lab",
        "path": "Acids/weakacid"
      },
      {
        "name": "Method of Successive Dilutions",
        "author": "Bob Belford",
        "description": "Exploring the pH Scale by the method of successive dilutions",
        "path": "Acids/dilut"
      },
      {
        "name": "Prelab Exercises: Acid Base Titration",
        "author": "Sophia Nussbaum",
        "description": "A collection of questions and exercises to complete before performing an acid/base titration",
        "path": "Acids/prelabAcid"
      },
      {
        "name": "Standardization of NaOH",
        "author": "Dave Yaron",
        "description": "In this prelab exercise, students standardize a solution of NaOH using KHP",
        "path": "Acids/titration"
      },
      {
        "name": "Unknown Acid and Base Problem",
        "author": "Dave Yaron",
        "description": "In this exercise, students graph the titration curve of an unknown acid and base to determine their pKa&apos;s and concentrations",
        "path": "Acids/unknownacid"
      },
      {
        "name": "pKa and Weak Acid Problem",
        "author": "Dave Yaron",
        "description": "Determine the pKa and concentration ratio of a protein in solution",
        "path": "Acids/buffer"
      },
      {
        "name": "Buffer Creation Problem",
        "author": "Sophia Nussbaum",
        "description": "An exercise to design a buffer solution with specific properties",
        "path": "Acids/mkbuffer"
      },
      {
        "name": "DNA/Dye Problem",
        "author": "Dave Yaron",
        "description": "Students examine equilibrium and buffer solutions in a biological setting",
        "path": "Acids/dnadye"
      }
    ]
  },
  {
    "category": "Redox",
    "assignments":[
      {
        "name": "Redox Reaction Series",
        "author": "Barry Charington",
        "description": "Students prepare an oxidation reduction reaction series from experimental data collected in virtual lab",
        "path": "Redox/redox"
      }
    ]
  }
]