Overview

Scientific Inquiry, Models & Claims for Grade 12 Science aligns with the Florida NGSSS and uses six Daily Reading Worksheets to build a coherent, text-based understanding of scientific laws, theories, models, and evidence-based reasoning.

Each worksheet pairs a focused reading with short prompts that connect new information to inquiry practices, data collection, and claims supported by evidence. By the end of the unit, students should be able to interpret scientific information, analyze how claims are constructed, and explain reasoning using appropriate scientific language.

Worksheets included: 6

What's Included

• ✅ Grade 12 Science – Scientific Laws & Theories | Daily Reading Worksheet – Students read and respond to key ideas about how laws and theories explain natural phenomena.
• ✅ Grade 12 Science – Scientific Models & NGSSS | Daily Reading Worksheet – Students connect models to how scientists represent and predict system behavior.
• ✅ Grade 12 Science – Scientific Inquiry & Data Collection | Reading Worksheet – Students practice identifying appropriate data collection steps within an investigation.
• ✅ Grade 12 Science – Science & Technology | Daily Reading Worksheet – Students examine how technological tools influence scientific inquiry and conclusions.
• ✅ Grade 12 Science – Evidence Based Claims & Scientific Analysis | Worksheet – Students evaluate a claim by checking evidence and explaining the reasoning process.
• ✅ Grade 12 Science – Evaluating Claims & Scientific Practices | Reading Worksheet – Students compare claims and judge scientific practices using evidence and reasoning.

Skills & Standards

Within the Florida NGSSS framework, this unit emphasizes:

• Crosscutting concepts such as patterns, cause and effect, systems and system models, and stability and change as students interpret scientific explanations across readings.
• Developing and using models by reading how models support predictions, clarify relationships, and help scientists test ideas.
• Planning and carrying out investigations through prompts that focus attention on data collection, measurement choices, and the purpose of evidence.
• Analyzing and interpreting data by asking students to connect evidence to what it does (and does not) support in a claim.
• Constructing explanations and engaging in argument from evidence by strengthening students’ ability to justify reasoning, not just name conclusions.

Students also practice evidence-based communication: recognizing what qualifies as evidence, distinguishing observation from inference, and using scientific language to support explanations. The unit further supports analytical reasoning around how laws and theories guide scientific understanding and how technology can enable or constrain what scientists can investigate.

Perfect For

• Teachers seeking structured instruction
• Sub plans
• Homework or review
• Intervention or centers
• Assessment preparation

How to Use

Plan this single-unit sequence for about 1–3 weeks depending on your pacing needs. Start with brief, routine warm-ups (1–2 minutes) that preview key vocabulary from the day’s reading, then move into guided reading with targeted questions before students complete the worksheet prompts.

Use Daily Reading Worksheets as daily center or independent practice: have students highlight the claim or main idea in the text, then complete an evidence line and a reasoning line for the prompts that call for scientific analysis. For accountability, collect a short exit ticket at the end of each session (for example, “What evidence supports the claim?” or “Which practice best matches the scenario?”) and finish with an end-of-unit review that compares laws/theories versus models and links each to evidence-based explanations.

Closing

These lessons help Grade 12 students read, reason, and write using evidence so scientific ideas become understandable and arguable.