Physics in a Long Block: A Plan for Newfoundland and Labrador Teachers

Quick answer: Build the block around one question and three phases: a short shared problem, a long stretch of measuring or modelling, and a closing segment where students commit something to paper. Newfoundland and Labrador curriculum guides sit under the Atlantic Canada framework, so a well-shaped block can evidence subject outcomes and the Essential Graduation Learnings at the same time.

How do I actually use a long physics block?

Long periods are common in this province's high schools, partly because small enrolments make wide timetables impractical, and a physics teacher often has one extended period rather than daily short ones. That changes what a lesson has to carry. A single block may be the only physics a class sees before the weekend, so it needs a beginning, a middle and an ending rather than the middle third of a topic.

Puzzle-shaped tasks hold a long block better than a lecture followed by questions. Physics Escape Room – Lever Law & Pulley Systems runs as a full-block sequence on levers and pulleys, where each stage has to be solved before the next opens, which keeps pace without you standing at the front managing it. Groups that finish early get the extension question rather than free time, and everyone leaves with the same recorded reasoning.

Where do the Essential Graduation Learnings fit into a block?

They fit in the middle segment, which is the part teachers usually leave unplanned. Communication, Problem Solving and Technological Competence are three of the seven Essential Graduation Learnings, and a block with group measurement, an argument about method and a graph produced on a device evidences all three without a separate activity. Naming which ones a block serves takes one line in your plan.

That naming matters at reporting time, because the framework runs across subjects rather than beside them. A physics block that produced a defended conclusion is evidence a colleague in another department can recognize and build on. Units that hold up to that kind of use, alongside the rest of the provincial collection, are listed on Newfoundland and Labrador Curriculum Teaching Resources (K–12).

What happens when the calendar takes a block away?

Weather closures and a compressed term will take blocks from you, and losing one long period costs more than losing one short lesson. Self-contained blocks are the defence. A unit built as six independent investigations survives a lost week far better than one built as a six-part narrative, because you can drop an investigation without the rest becoming incoherent.

Instructional time is also under active review in the province, with the 2025 to 2026 curriculum work examining required hours for some grade 7 to 9 courses, so building units that tolerate a changed timetable is prudent planning rather than pessimism. Magnetism & Electromagnetic Induction | Generators & Transformers | Physics Unit | Grades 9–11 is arranged that way, with magnetism and induction split into stages that each finish cleanly inside one block for grades 9 through 11.

How do I plan a full year of blocks?

Decide the shape once and vary only the content. When every block opens with a phenomenon, spends its middle on measurement and closes with recorded reasoning, students stop needing instructions about the routine and your planning collapses to choosing what goes in each slot. Keep a short list of openers you can use with any topic, since that is the piece most often improvised badly.

Buying a year at once suits this approach, because a consistent format across units is worth more than any single lesson. Physics Complete Curriculum Bundle | 15 Ready-to-Teach Units | Grades 5–12 covers fifteen ready-to-teach units from grades 5 to 12, enough to fill a block schedule for a full course and to hand a colleague when timetables shift. Teachers moving between provinces can compare the same content province by province on Canadian Curriculum Navigator: Resources by Province.

Frequently asked questions

Will these units work in a shorter period as well?

Yes. Each investigation breaks at the point where data collection ends and analysis begins, so a block lesson becomes two shorter ones without rewriting anything. Teachers on a rotating timetable often use that break deliberately, since returning to your own data the next day forces a second reading of it.

Are these resources connected to the provincial Department of Education?

No. They are independent classroom materials, not affiliated with or endorsed by the Department of Education, any school district, or any exam or assessment authority. Teachers map them onto the curriculum guides and outcomes they are working from, which is straightforward because the content is organized by physics topic.

How much equipment does a block-length investigation need?

Very little. The mechanics and magnetism work runs on string, masses, magnets, coils and a ruler, and paper-based alternatives are provided where a class has no equipment set. Where a single demonstration replaces group apparatus, the teacher notes give the measurements students need to record.

Related reading

• Newfoundland and Labrador Physics: Planning a Unit to the Standards
• Assessment and Reporting in Newfoundland and Labrador Physics
• Newfoundland and Labrador Curriculum Teaching Resources (K–12)