Greek Philosophy — Socrates, Plato, Aristotle

The Socratic method; trial and death of Socrates.

Target: I can the Socratic method.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): The Socratic method.
3. Independent practice (12 min): trial and death of Socrates..
4. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: name two specific details (place, person, date, or cause) and explain why they matter.

Home: At home, ask: "Where on a map would you find what you studied today?" Have your child point it out and tell you one cause and one effect from "The Socratic method".

HW: Read tonight's textbook section (10–15 min) and add three new facts to your notebook timeline.

Solve one-step equations: x + p = q and px = q (6.EE.B.7).

Target: I can solve one-step equations: x + p = q and px = q.

1. Number talk (5 min): mental-math warm-up tied to today's concept.
2. Mini-lesson (12 min): worked example of "Solve one-step equations: x + p = q and px = q (6" with the teacher modeling thinking out loud.
3. We do (10 min): class works two problems together; students explain each step.
4. You do (15 min): students try 4–6 problems independently or with a partner; teacher confers.
5. Closure (5 min): one student presents a solution; class critiques the reasoning.

Check: Exit ticket: 2 problems — one procedural, one word problem — graded for accuracy and reasoning.

Home: Ask your child to teach you tonight's idea in 60 seconds: "Show me one example of solve one-step equations: x + p = q and px = q (6." Teaching it back is the fastest way to lock it in.

HW: Practice set: 6–8 problems mirroring class work. Show steps; circle the answer.

Read Plato's Apology excerpts; author's perspective (RI.6.6).

Target: I can read Plato's Apology excerpts.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): Read Plato's Apology excerpts.
3. Independent practice (12 min): author's perspective ..
4. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: one quoted sentence from today's text + one sentence explaining what it shows.

Home: Ask: "Who is the main character or speaker in what you read today, and what do they want?" Then have your child read aloud one favorite sentence from "Read Plato's Apology excerpts".

HW: Independent reading 20 min + log title, pages, and one sentence of reaction.

Producers & consumers — energy flow in ecosystems intro.

Target: I can producers & consumers — energy flow in ecosystems intro.

1. Phenomenon (5 min): show an image, video, or demo and ask, "What do you notice? What do you wonder?"
2. Mini-lesson (10 min): teacher introduces the science of "Producers & consumers — energy flow in ecosystems intro" with a labeled diagram.
3. Investigation (20 min): students gather data — observe, measure, model, or run the lab.
4. Sense-making (8 min): students record a Claim-Evidence-Reasoning response in the lab notebook.
5. Share-out (2 min): one group presents data; class compares results.

Check: Exit ticket: one claim + one piece of evidence from today's investigation, with units where relevant.

Home: Ask: "What did you observe today, and what do you think it means?" Encourage your child to draw a labeled sketch of "Producers & consumers — energy flow in ecosystems intro" on a sticky note.

HW: Finish lab notebook entry (sketch + CER paragraph) if not done in class.

The Allegory of the Cave; the world of forms.

Target: I can the Allegory of the Cave.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): The Allegory of the Cave.
3. Independent practice (12 min): the world of forms..
4. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: name two specific details (place, person, date, or cause) and explain why they matter.

Home: At home, ask: "Where on a map would you find what you studied today?" Have your child point it out and tell you one cause and one effect from "The Allegory of the Cave".

HW: Read tonight's textbook section (10–15 min) and add three new facts to your notebook timeline.

Inequality statements: x > c, x < c (6.EE.B.8).

Target: I can inequality statements: x > c, x < c (6.

1. Number talk (5 min): mental-math warm-up tied to today's concept.
2. Mini-lesson (12 min): worked example of "Inequality statements: x > c, x < c" with the teacher modeling thinking out loud.
3. We do (10 min): class works two problems together; students explain each step.
4. You do (15 min): students try 4–6 problems independently or with a partner; teacher confers.
5. Closure (5 min): one student presents a solution; class critiques the reasoning.

Check: Exit ticket: 2 problems — one procedural, one word problem — graded for accuracy and reasoning.

Home: Ask your child to teach you tonight's idea in 60 seconds: "Show me one example of inequality statements: x > c, x < c." Teaching it back is the fastest way to lock it in.

HW: Practice set: 6–8 problems mirroring class work. Show steps; circle the answer.

Discuss the Cave allegory in a Socratic seminar.

Target: I can discuss the Cave allegory in a Socratic seminar.

1. Bell-ringer (5 min): a sentence-level grammar warm-up or quick-write prompt.
2. Read-aloud / shared reading (12 min): "Discuss the Cave allegory in a Socratic seminar" — students follow along and annotate.
3. Discussion (10 min): turn-and-talk on a focus question, then share out with text evidence.
4. Writing (15 min): students respond in writer's notebook — one paragraph minimum, citing the text.
5. Share (3 min): two volunteers read a sentence they're proud of.

Check: Exit ticket: one quoted sentence from today's text + one sentence explaining what it shows.

Home: Ask: "Who is the main character or speaker in what you read today, and what do they want?" Then have your child read aloud one favorite sentence from "Discuss the Cave allegory in a Socratic seminar".

HW: Independent reading 20 min + log title, pages, and one sentence of reaction.

Build a food chain from a familiar ecosystem.

Target: I can build a food chain from a familiar ecosystem.

1. Phenomenon (5 min): show an image, video, or demo and ask, "What do you notice? What do you wonder?"
2. Mini-lesson (10 min): teacher introduces the science of "Build a food chain from a familiar ecosystem" with a labeled diagram.
3. Investigation (20 min): students gather data — observe, measure, model, or run the lab.
4. Sense-making (8 min): students record a Claim-Evidence-Reasoning response in the lab notebook.
5. Share-out (2 min): one group presents data; class compares results.

Check: Exit ticket: one claim + one piece of evidence from today's investigation, with units where relevant.

Home: Ask: "What did you observe today, and what do you think it means?" Encourage your child to draw a labeled sketch of "Build a food chain from a familiar ecosystem" on a sticky note.

HW: Finish lab notebook entry (sketch + CER paragraph) if not done in class.

Categorizing the natural world; ethics and the 'golden mean.'

Target: I can categorizing the natural world.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): Categorizing the natural world.
3. Independent practice (12 min): ethics and the 'golden mean.'.
4. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: name two specific details (place, person, date, or cause) and explain why they matter.

Home: At home, ask: "Where on a map would you find what you studied today?" Have your child point it out and tell you one cause and one effect from "Categorizing the natural world".

HW: Read tonight's textbook section (10–15 min) and add three new facts to your notebook timeline.

Graph inequalities on a number line.

Target: I can graph inequalities on a number line.

1. Number talk (5 min): mental-math warm-up tied to today's concept.
2. Mini-lesson (12 min): worked example of "Graph inequalities on a number line" with the teacher modeling thinking out loud.
3. We do (10 min): class works two problems together; students explain each step.
4. You do (15 min): students try 4–6 problems independently or with a partner; teacher confers.
5. Closure (5 min): one student presents a solution; class critiques the reasoning.

Check: Exit ticket: 2 problems — one procedural, one word problem — graded for accuracy and reasoning.

Home: Ask your child to teach you tonight's idea in 60 seconds: "Show me one example of graph inequalities on a number line." Teaching it back is the fastest way to lock it in.

HW: Practice set: 6–8 problems mirroring class work. Show steps; circle the answer.

Vocabulary: philosophy, ethics, logic, virtue.

Target: I can read and write about vocabulary: philosophy, ethics, logic, virtue.

1. Bell-ringer (5 min): a sentence-level grammar warm-up or quick-write prompt.
2. Read-aloud / shared reading (12 min): "Vocabulary: philosophy, ethics, logic, virtue" — students follow along and annotate.
3. Discussion (10 min): turn-and-talk on a focus question, then share out with text evidence.
4. Writing (15 min): students respond in writer's notebook — one paragraph minimum, citing the text.
5. Share (3 min): two volunteers read a sentence they're proud of.

Check: Exit ticket: one quoted sentence from today's text + one sentence explaining what it shows.

Home: Ask: "Who is the main character or speaker in what you read today, and what do they want?" Then have your child read aloud one favorite sentence from "Vocabulary: philosophy, ethics, logic, virtue".

HW: Independent reading 20 min + log title, pages, and one sentence of reaction.

Vocab: philosophy, ethics, logic, virtue

Photosynthesis review — investigate variegated leaf with iodine.

Target: I can investigate photosynthesis review — investigate variegated leaf with iodine.

1. Phenomenon (5 min): show an image, video, or demo and ask, "What do you notice? What do you wonder?"
2. Mini-lesson (10 min): teacher introduces the science of "Photosynthesis review — investigate variegated leaf with iodine" with a labeled diagram.
3. Investigation (20 min): students gather data — observe, measure, model, or run the lab.
4. Sense-making (8 min): students record a Claim-Evidence-Reasoning response in the lab notebook.
5. Share-out (2 min): one group presents data; class compares results.

Check: Exit ticket: one claim + one piece of evidence from today's investigation, with units where relevant.

Home: Ask: "What did you observe today, and what do you think it means?" Encourage your child to draw a labeled sketch of "Photosynthesis review — investigate variegated leaf with iodine" on a sticky note.

HW: Finish lab notebook entry (sketch + CER paragraph) if not done in class.

Pythagoras, Hippocrates, Eratosthenes; early scientific thought.

Target: I can explain pythagoras, Hippocrates, Eratosthenes.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): Pythagoras, Hippocrates, Eratosthenes.
3. Independent practice (12 min): early scientific thought..
4. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: name two specific details (place, person, date, or cause) and explain why they matter.

Home: At home, ask: "Where on a map would you find what you studied today?" Have your child point it out and tell you one cause and one effect from "Pythagoras, Hippocrates, Eratosthenes".

HW: Read tonight's textbook section (10–15 min) and add three new facts to your notebook timeline.

Real-world inequalities (age limits, speed limits).

Target: I can solve real-world inequalities (age limits, speed limits).

1. Number talk (5 min): mental-math warm-up tied to today's concept.
2. Mini-lesson (12 min): worked example of "Real-world inequalities (age limits, speed limits)" with the teacher modeling thinking out loud.
3. We do (10 min): class works two problems together; students explain each step.
4. You do (15 min): students try 4–6 problems independently or with a partner; teacher confers.
5. Closure (5 min): one student presents a solution; class critiques the reasoning.

Check: Exit ticket: 2 problems — one procedural, one word problem — graded for accuracy and reasoning.

Home: Ask your child to teach you tonight's idea in 60 seconds: "Show me one example of real-world inequalities (age limits, speed limits)." Teaching it back is the fastest way to lock it in.

HW: Practice set: 6–8 problems mirroring class work. Show steps; circle the answer.

Argument planning: 'Whose ideas matter most today?' (W.6.1).

Target: I can argument planning: 'Whose ideas matter most today?'.

1. Bell-ringer (5 min): a sentence-level grammar warm-up or quick-write prompt.
2. Read-aloud / shared reading (12 min): "Argument planning: 'Whose ideas matter most today?' (W" — students follow along and annotate.
3. Discussion (10 min): turn-and-talk on a focus question, then share out with text evidence.
4. Writing (15 min): students respond in writer's notebook — one paragraph minimum, citing the text.
5. Share (3 min): two volunteers read a sentence they're proud of.

Check: Exit ticket: one quoted sentence from today's text + one sentence explaining what it shows.

Home: Ask: "Who is the main character or speaker in what you read today, and what do they want?" Then have your child read aloud one favorite sentence from "Argument planning: 'Whose ideas matter most today?' (W".

HW: Independent reading 20 min + log title, pages, and one sentence of reaction.

Eratosthenes investigation: estimate Earth's circumference with shadows.

Target: I can eratosthenes investigation: estimate Earth's circumference with shadows.

1. Phenomenon (5 min): show an image, video, or demo and ask, "What do you notice? What do you wonder?"
2. Mini-lesson (10 min): teacher introduces the science of "Eratosthenes investigation: estimate Earth's circumference with shadows" with a labeled diagram.
3. Investigation (20 min): students gather data — observe, measure, model, or run the lab.
4. Sense-making (8 min): students record a Claim-Evidence-Reasoning response in the lab notebook.
5. Share-out (2 min): one group presents data; class compares results.

Check: Exit ticket: one claim + one piece of evidence from today's investigation, with units where relevant.

Home: Ask: "What did you observe today, and what do you think it means?" Encourage your child to draw a labeled sketch of "Eratosthenes investigation: estimate Earth's circumference with shadows" on a sticky note.

HW: Finish lab notebook entry (sketch + CER paragraph) if not done in class.

Mini-debate: Socrates vs. Plato vs. Aristotle on the good life.

Target: I can explain mini-debate: Socrates vs.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): Mini-debate: Socrates vs.
3. Together (12 min): Plato vs.
4. Independent practice (14 min): Aristotle on the good life..
5. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: name two specific details (place, person, date, or cause) and explain why they matter.

Home: At home, ask: "Where on a map would you find what you studied today?" Have your child point it out and tell you one cause and one effect from "Mini-debate: Socrates vs".

HW: Read tonight's textbook section (10–15 min) and add three new facts to your notebook timeline.

Mixed practice: equations & inequalities.

Target: I can mixed practice: equations & inequalities.

1. Number talk (5 min): mental-math warm-up tied to today's concept.
2. Mini-lesson (12 min): worked example of "Mixed practice: equations & inequalities" with the teacher modeling thinking out loud.
3. We do (10 min): class works two problems together; students explain each step.
4. You do (15 min): students try 4–6 problems independently or with a partner; teacher confers.
5. Closure (5 min): one student presents a solution; class critiques the reasoning.

Check: Exit ticket: 2 problems — one procedural, one word problem — graded for accuracy and reasoning.

Home: Ask your child to teach you tonight's idea in 60 seconds: "Show me one example of mixed practice: equations & inequalities." Teaching it back is the fastest way to lock it in.

HW: Practice set: 6–8 problems mirroring class work. Show steps; circle the answer.

Argument essay draft; cite from source texts.

Target: I can argument essay draft.

1. Warm-up (5 min): one-question opener tied to yesterday's lesson.
2. Together (10 min): Argument essay draft.
3. Independent practice (12 min): cite from source texts..
4. Closure (5 min): students name one thing they learned and one question they still have.

Check: Exit ticket: one quoted sentence from today's text + one sentence explaining what it shows.

Home: Ask: "Who is the main character or speaker in what you read today, and what do they want?" Then have your child read aloud one favorite sentence from "Argument essay draft".

HW: Independent reading 20 min + log title, pages, and one sentence of reaction.

Lab notebook reflection — what did Greek thinkers get right?

Target: I can lab notebook reflection — what did Greek thinkers get right?.

1. Phenomenon (5 min): show an image, video, or demo and ask, "What do you notice? What do you wonder?"
2. Mini-lesson (10 min): teacher introduces the science of "Lab notebook reflection — what did Greek thinkers get right?" with a labeled diagram.
3. Investigation (20 min): students gather data — observe, measure, model, or run the lab.
4. Sense-making (8 min): students record a Claim-Evidence-Reasoning response in the lab notebook.
5. Share-out (2 min): one group presents data; class compares results.

Check: Exit ticket: one claim + one piece of evidence from today's investigation, with units where relevant.

Home: Ask: "What did you observe today, and what do you think it means?" Encourage your child to draw a labeled sketch of "Lab notebook reflection — what did Greek thinkers get right?" on a sticky note.

HW: Finish lab notebook entry (sketch + CER paragraph) if not done in class.