{
  "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=N4IgbiBcDMA0IBcCWCA2BTKICCBjJAJgLQBCAhgM7oAEAcugK4IBOZqSAXmcgPYB21MnwLUADgAkQ8JHwosGuXrKwAFZugJJFY8dRbphFagCN0AMx7q96OTIDmAOmoBhHgFtRZK3Ob87g-AIAemNKGj5GFjZObiR+agB3FAALQUT0MgBrAMJqXDDYPWSDPP4I7R5jKmYwWP4jBB4xL2RcDCIMMHRUanVKfnsHKRAfLQQoMzYqeGQ3dGYAWRkoPgZUVHgLZjcAVWZUFbWNkD47CgooAG0QcQBlIhVbgEYiACZhu4fnogBWEABdGaUTIXSCXUDjSAgGQARwYSGYAE9hgQsGRAqEqMNRFgdlQdEE8IQGk1cO5PN4WH4cgRCgkMtl0YRCkIRD5qZiaKZkmQwHFmEMAL6wCFYWHwpEorCmPi4ZLY3H45zFNxaNjUEgGOV6JoIGwIajiZw9ADUdDIAHldKyAuhWjTqGbaJbxEKRYgsARuGQiAgyMYMFKoQAldBk5hsv3MZCnagUHioJhxPiFMmygxRJSFCSFGSafKNZilVCWahIMzUBhUWnUMwydUSPTqYQs4TUdAAD1EqCEdQEfB4eoobtFULcuCDIGAAB0QKJfB4ELPILOAOrJLSpCIG5Nadtwvu9dDzmwZozs2NM4IX-yc6gRJisdhcJQAflnsFnPFESgoy8us7iGaZpWkQ1BEAAfIarwWh+s7OsBLioGBkHmsaAAUFAAJRwTcryOtQFr4ah4gwbhzhEQRpEWuBUGkRR0CzoCs5CBQ9LMMuAAMgogMKo4nAwczMFok4znOC4-sua48juDTFDo1A8BWnEOJxTycdQCyGsaZYCAg8k3kQV55D25y+O41BuDwBDdO+UgsbI7HLq8qmfogCbzEIuDoFxqlwLODB8CgUlzuIs48XxHpQnC+rJpOzgAKLBpA1Drtw7Z8jZ6ZxskPAJHJ6UPlEz6HnKQh2BoRQ0AQ7j1nwBoUq0GBGDIcYJkm-Cvrx-yCkAA",
  "tasks": [
    {
      "t": "inquiry",
      "d": "acidbase",
      "p": "Use pH/Acids to compare strong acid, weak acid, and strong base behavior."
    },
    {
      "t": "inquiry",
      "d": "bench",
      "p": "Use Chemical Bench to test HCl + NaOH and acetic acid + NaOH."
    },
    {
      "t": "data-table",
      "d": "Record starting solution, concentration, pH, indicator color if used, final pH trend, and explanation notes."
    },
    {
      "t": "mc",
      "d": "{\"prompt\":\"Which net ionic equation represents strong acid/strong base neutralization?\",\"options\":[\"H+ + OH- -> H2O\",\"Na+ + Cl- -> NaCl(s)\",\"H2 + O2 -> H2O\",\"CO2 + H2O -> H2CO3\"],\"answer\":0}"
    },
    {
      "t": "numeric",
      "d": "{\"prompt\":\"What is the pH of 0.010 M HCl in the strong-acid classroom model?\",\"answer\":2.0,\"tolerance\":0.03,\"unit\":\"pH\"}"
    },
    {
      "t": "question",
      "d": "CER: What evidence shows that neutralization changed the dominant particles in solution?"
    }
  ],
  "config": {
    "v": 3,
    "title": "Acid-Base Neutralization and pH",
    "instructions": "Predict pH trends before testing. Compare strong acid/base neutralization with a weak acid case, then connect observations to particle-level reasoning.",
    "strict": false,
    "timerMin": null,
    "formUrl": null,
    "ngss": [
      "HS-PS1-2",
      "HS-PS1-5"
    ],
    "tasks": [
      {
        "t": "inquiry",
        "d": "acidbase",
        "p": "Use pH/Acids to compare strong acid, weak acid, and strong base behavior."
      },
      {
        "t": "inquiry",
        "d": "bench",
        "p": "Use Chemical Bench to test HCl + NaOH and acetic acid + NaOH."
      },
      {
        "t": "data-table",
        "d": "Record starting solution, concentration, pH, indicator color if used, final pH trend, and explanation notes."
      },
      {
        "t": "mc",
        "d": "{\"prompt\":\"Which net ionic equation represents strong acid/strong base neutralization?\",\"options\":[\"H+ + OH- -> H2O\",\"Na+ + Cl- -> NaCl(s)\",\"H2 + O2 -> H2O\",\"CO2 + H2O -> H2CO3\"],\"answer\":0}"
      },
      {
        "t": "numeric",
        "d": "{\"prompt\":\"What is the pH of 0.010 M HCl in the strong-acid classroom model?\",\"answer\":2.0,\"tolerance\":0.03,\"unit\":\"pH\"}"
      },
      {
        "t": "question",
        "d": "CER: What evidence shows that neutralization changed the dominant particles in solution?"
      }
    ]
  }
}