Florida Grade 7: FAST and classroom practice

Should fictional Alder School create a weekly student repair club? Acknowledge at least one counterclaim. Use relevant evidence from both sources, explain how it supports your ideas, and cite source titles or source numbers. Organize a focused introduction, developed body and conclusion with purposeful transitions that create cohesion.

• A repair club — report: Alder School students propose a weekly club that repairs simple classroom objects instead of discarding them. Their fictional proposal describes torn book covers, loose binder rings, and damaged fabric storage bags. These examples would let students practice measuring, planning, and evaluating their work under adult guidance. The club would begin with hand tools chosen by a trained supervisor. Electrical devices and sharp machinery would be excluded. Students argue that repairing useful objects can reduce waste while teaching patience: a rushed fix may fail, but checking the cause of damage can lead to a lasting solution.
• A repair club — response: The activities coordinator questions whether Alder School can support another weekly club. In this fictional memo, the coordinator explains that a supervisor must understand the tools and remain present throughout each meeting. A teacher already supervising another activity cannot safely divide attention between rooms. Even simple hand tools require instruction, secure storage, and an agreed procedure for damaged equipment. The coordinator argues that enthusiasm does not establish a safe or affordable program. If staffing is unavailable, the school should postpone the club rather than rely on students to supervise themselves.

Each source has 2 numbered paragraphs in the Writing tool for citation and close reading.

Explain and analyze how fictional Lark Park planners used different kinds of evidence to redesign a trail. Use relevant evidence from both sources, explain how it supports your ideas, and cite source titles or source numbers. Organize a focused introduction, developed body and conclusion with purposeful transitions that create cohesion.

• Mapping the accessible trail — report: Volunteers at fictional Lark Park asked visitors about difficulties along a walking trail. Rather than assume all visitors needed the same changes, they invited people with different mobility needs to describe particular locations. A wheelchair user reported that a narrow turn made passing difficult. A visitor using a cane described slippery leaves near a shaded bend. A parent pushing a stroller noted that the entrance sign did not show where steps appeared farther along the route. These accounts identified barriers that a quick walk by the planners had missed.
• Mapping the accessible trail — response: Lark Park planners used the volunteer map to select locations for field measurements. At the narrow turn, they measured the available space and found that widening the path would require moving a drainage channel. Near the shaded bend, they inspected the surface after rain and observed water collecting beneath fallen leaves. The entrance sign was readable but omitted the steps described in the survey. In this fictional field account, measurements and observations helped planners distinguish a missing information problem from a surface or construction problem. Each required a different response.

Each source has 2 numbered paragraphs in the Writing tool for citation and close reading.

Paraphrase each source's position in the Grade 7 argumentative pack, preserving its qualifications.

Checkpoint: Distinguish agreement from disagreement and retain a limitation in each paraphrase.

Write a scene about a team adapting a failed community project, using dialogue, pacing and description.

Checkpoint: Explain how a pacing change and dialogue develop a character's response to the problem.

Revise the Grade 7 argument so a counterclaim connects logically to your position.

Checkpoint: Show a before/after paragraph that acknowledges a counterclaim and improves cohesion.

Present an evidence-based recommendation from the Grade 7 sources, addressing a skeptical audience.

Checkpoint: State your position, explain two cited details and adjust volume and pacing to the audience.

Build a two-slide comparison of the Grade 7 sources with one relevant visual on each.

Checkpoint: Each visual reinforces a specific claim without implying data the sources do not supply.

Compose and publish a class explanatory memo digitally after peer comments and revision.

Checkpoint: Keep a revision history showing an organizational improvement and an evidence correction.

Use qualification, corroboration and implication in a discussion of the source packs.

Checkpoint: Use all three correctly in an oral response and a written explanation of evidence.

Select two relevant details for the Grade 7 community proposal and explain your reasoning.

Checkpoint: Identify source and paragraph for each detail and explain how it supports the conclusion.

Read both sources for the Grade 7 community proposal, annotate a difficult sentence, and reread it in context.

Checkpoint: Explain its meaning and show which contextual evidence resolved the difficulty.

Infer an unstated consequence of the Grade 7 community proposal from two source details.

Checkpoint: Separate stated information from inference and connect both details to the conclusion.

Discuss the Grade 7 community proposal in a group, summarize a peer's idea, then ask a clarifying question.

Checkpoint: The peer confirms your summary; your question addresses the evidence or reasoning.

Format the Grade 7 community proposal response with a purposeful introduction, body, conclusion and source citations.

Checkpoint: A reader can follow the organization and locate both sources from your citations.

Rewrite a paragraph about the Grade 7 community proposal for a principal and then for classmates.

Checkpoint: Identify two vocabulary or tone choices that suit each audience while preserving meaning.

Solve −3(2x − 1) = 15 collaboratively, trying a second approach if stuck.

Checkpoint: Explain x = −2 and verify both sides equal 15.

Represent a proportional bike rental at $7 per hour with a table, equation and graph.

Checkpoint: Each representation contains (3,21) and the graph passes through the origin.

Compare fraction and decimal methods for increasing $60 by 12%.

Checkpoint: Both methods give $67.20; justify the more efficient method for these values.

Discuss whether a 4-by-6 rectangle and a 6-by-9 rectangle are scale copies.

Checkpoint: Justify scale factor 1.5 for corresponding sides rather than comparing differences.

Rewrite 4(2x − 3) + 5x using the structure of like terms.

Checkpoint: Explain why the equivalent expression is 13x − 12.

Estimate and calculate a 20% discount followed by 6% tax on an $80 example purchase.

Checkpoint: Explain why $67.84 fits the order of operations and a reasonable estimate.

Model drawing a red token from a bag with 3 red and 7 blue tokens using repeated trials.

Checkpoint: Compare observed frequency with theoretical probability 3/10 without requiring an exact match.