{
  "kind": "atomency-assignment-export",
  "version": 1,
  "exportedAt": "2026-05-26T00:00:00.000Z",
  "source": "Atomency Learning Plan + Clever Deployment Guide",
  "url": "https://atomency.com/lab.html?assign=N4IgbiBcDMA0IBcCWCA2BTKIDiBDAzgAQAyuA7vpIQCK4K6G4B2AJoQMKq5IC2I8SJvgQAnAK4BjZAHshWdtNQYphFnQYAjdADNpI9ITIiUggOaEEACwMSuvAHSEA0unQAHC+h5v0IumP1GVkYeaTEmBEIJWWFmSLJrJk9hM0IAIWkATwwAciIuMnt+EGFjKShtXFR8dHhkHl8AWUEoJjEleF0RHgBVEVRW9tR4JlN8fCgAbRAACQBlAFoABTnoBYAWEABdOoIAawnISdAELEEARzEkEUzilixTAgKJ+DcsUnCJS0I8IlIKIJsBDoYQWayENz6cYBdALMCKMQNQj6LgyISWJBuIoAX1gJywanoC3oGgwdywACV0NERGw6IQMARItokGADJCQfgYXCEUi3NwREQEkgMJ5vL5-IFmHTQuFIrFMlEYvQIji8YgsG0GmVyZAQMAADogSHSbwII2QI0AQUIjyIsRECCI9IAjPYAAzuxgIHiAwgAJg9XuIjgAktoIVCuYEtNEGkR1kHvb76dEhCrIsDxX4EDDYIZLPT4ahEQYkEQOSwkFJ0CwAPxG2BG5j4Mi+C3u+wAVibiEUEqYEnQHY9cCN4RQFqNxCN2JAuPxeoQ2l1+qNJrNU5AVsiadiETFPhzML9uFlEXzHOhUuCxdLjECgjZgvQqEVKLotfsjebQjbIgtUQxHQOcFw1PVLhBNFV3YABRCkqB6GpCEyMIRAsXBSQMBBpEIdAAA83DsJIrAMD80XwDEPC0BA23QJIr2jAxpUIO8GhxLZsSAA",
  "tasks": [
    {
      "t": "inquiry",
      "d": "gaslaws",
      "p": "Launch Gas Laws and test the pressure-volume relationship."
    },
    {
      "t": "data-table",
      "d": "Record at least five pressure-volume pairs while temperature and amount stay constant."
    },
    {
      "t": "numeric",
      "d": "{\"prompt\":\"A gas starts at 1.00 atm and 2.00 L. If pressure becomes 4.00 atm at constant temperature, what volume is predicted?\",\"answer\":0.5,\"tolerance\":0.03,\"unit\":\"L\"}"
    },
    {
      "t": "tf",
      "d": "{\"prompt\":\"At constant temperature and amount, pressure and volume are inversely related.\",\"answer\":true}"
    },
    {
      "t": "question",
      "d": "CER: Use your table to explain the relationship between pressure and volume."
    }
  ],
  "config": {
    "v": 3,
    "title": "Gas Laws: Data and Claim",
    "instructions": "Collect data before writing the claim. Keep temperature and amount constant when testing Boyle's law.",
    "strict": false,
    "timerMin": null,
    "formUrl": null,
    "ngss": [
      "HS-PS3-4"
    ],
    "tasks": [
      {
        "t": "inquiry",
        "d": "gaslaws",
        "p": "Launch Gas Laws and test the pressure-volume relationship."
      },
      {
        "t": "data-table",
        "d": "Record at least five pressure-volume pairs while temperature and amount stay constant."
      },
      {
        "t": "numeric",
        "d": "{\"prompt\":\"A gas starts at 1.00 atm and 2.00 L. If pressure becomes 4.00 atm at constant temperature, what volume is predicted?\",\"answer\":0.5,\"tolerance\":0.03,\"unit\":\"L\"}"
      },
      {
        "t": "tf",
        "d": "{\"prompt\":\"At constant temperature and amount, pressure and volume are inversely related.\",\"answer\":true}"
      },
      {
        "t": "question",
        "d": "CER: Use your table to explain the relationship between pressure and volume."
      }
    ]
  }
}