3
    Third GradePowered by ThirdGrade.com

    Daily lesson plan

    Day 4 · Thursday

    Week 16 · Building Meaning: Division, Narratives, Ecosystems & Regions

    See what your state adds or places differently

    Suggested daily schedule
    8:30–8:45 AM15 minMorning Circle / Read-Aloud / Calendar
    8:45–10:00 AM75 minEnglish Language Arts
    10:00–11:00 AM60 minMathematics
    11:00–11:15 AM15 minSnack and Movement Break
    11:15–12:00 PM30–45 minScience (every day)
    12:00–12:45 PM30–45 minSocial Studies (every day)
    12:45–1:30 PM45 minLunch and Choice Time
    1:30–2:15 PM45 minSpecials: PE / Art / Music (rotating)
    2:15–2:45 PM30 minIndependent Reading & Journaling

    Social Studies

    Objective: I can describe how people immigrate to the U.S. today and how people share different ideas about it.

    Standards: D2.His.14.3-5, D2.Civ.10.3-5

    Builds on: Needs Day 2, where your child learned that most Ellis Island immigrants came from Europe. One-minute check: "Name two countries in Europe." (Answers vary, such as Italy and Ireland.)

    New words:
    • democracy – a kind of government where the people vote to choose leaders and make decisions

    Materials: World map, 7 index cards, Notebook, Pencil

    1. Warm-Up · 5 min

      Spaced review from Week 15. Ask: "What does bilingual mean?" (Speaking two languages.) Then ask: "Do immigrants today come from the same countries as 100 years ago?"

    2. Mini-Lesson · 10–15 min

      Say: "Today people come to the U.S. from every part of the world. The largest groups come from Mexico, India, China and the Philippines." Draw 7 stick people and circle one. Say: "About 1 in 7 people living in the U.S. was born in another country." Say: "The government has rules about who may come and stay. Coming to live here takes forms, interviews and waiting. It can take years." Say: "Some immigrants later choose to become citizens. Most must live here for five years first. Then they pass a test about U.S. history and government." Say: "Grown-ups have different points of view about immigration rules. One example is how many people should come each year. Their views grow from their own experiences and from what they care about." Say: "In a democracy, people share ideas with respect, listen to each other and vote." Ask: "Can coming to live here take years?" (Yes.) "About how many people out of 7 were born in another country?" (1.) "Where do people's different views come from?" (Their experiences and what they care about.) If stuck, say: "Look at the stick people. How many did I circle?"

    3. Activity / Source Work · 15–20 min

      Part 1, map. 1) Your child writes 7 country cards: Mexico, India, China, the Philippines, Italy, Ireland and Germany. 2) Your child places each card on the map. 3) Your child fills a chart: Country | Continent | Then or today. The first four are today. The last three are from the Ellis Island years. Ask for evidence from the chart: "Which continent shows up most for then? Which for today?" (Then: Europe. Today: Asia, and North America for Mexico.) Part 2, respectful talk. Use a home topic, such as "Should bedtime be later on weekends?" 1) One person says: "I think ___ because ___." 2) The other repeats it back. 3) The listener asks: "What makes you care about that?" 4) Switch roles. Look for: your child repeats your idea before answering. Your child names one thing you care about, such as rest or family time.

    4. Notebook Entry · 10 min

      Your child writes: "Two countries many immigrants come from today are ___ and ___. One step in coming to live here is ___. A respectful way to handle different ideas is to ___." Sample: "India and Mexico. One step is an interview. Listen first, then share your own idea."

    5. Exit Ticket · 5 min

      Read each exit question aloud. Your child answers in the notebook. Praise careful listening you saw today.

    Watch for: Repeating a strong opinion heard elsewhere instead of giving a reason.

    Try: Say: "People see this differently. Today we practice how to listen." Return to the bedtime topic and the frame "I think ___ because ___."

    Exit ticket:
    1. Long ago, most Ellis Island immigrants came from Europe. Name one other continent many immigrants come from today.
    2. Your friend says, "I think dogs should be allowed in the park because they need to run." What should you do before you give your own idea?
    3. True or false: A person can become a U.S. citizen the same week they arrive. Explain.
    Show answers
    1. Asia. Also accept North America, South America or Africa.
    2. Answers vary. Look for: listen, then repeat the friend's idea back.
    3. False. It takes years, with forms, waiting and a test.

    Support: Write the seven country cards yourself. Your child only places them and names each continent.

    Extend: Your child writes one sentence on what changed from then to today. Then share one cause: in 1965 a new law opened immigration to people from more parts of the world.

    Homework: Use the listening routine at dinner. One person shares an idea. The next person repeats it before giving their own. Look for the repeat step.

    Practice page · Week 16, Day 4

    Social Studies

    I can describe how people immigrate to the U.S. today and how people share different ideas about it.

    Answer each question.

    1. 1.

      Name one country many immigrants come from today.

    2. 2.

      Coming to live in the U.S. usually involves forms, interviews and ____.

    3. 3.

      Can coming to live in the U.S. take years?

      ○ yes○ no
    4. 4.

      In 2023, about 1 in ____ people living in the U.S. were born in another country.

    Practice respectful talk. Topic: Should the class library have a pet fish?

    1. 5.

      Write your opinion: I think ____ because ____.

    2. 6.

      Your partner disagrees. What should you do first?

    3. 7.

      In a democracy, how do people share different ideas?

    Challenge: Long ago, many people at Ellis Island came from Italy, Ireland and Germany. Today many come from Mexico, India, China and the Philippines. Which continents are on each list?

    Materials: world map

    Mathematics

    Objective: I can find the rule in an in/out table and use it to fill in missing numbers.

    Standards: 3.OA.D.9, 3.OA.C.7

    Builds on: Needs the multiplication and division facts and the unknown-number equations from Week 15 Day 2. One-minute check: ask 3 × 9, 5 × 9 and 32 ÷ 8 (27, 45, 4).

    New words:
    • in-out table – a table that pairs each IN number with an OUT number
    • rule – what you do to every IN number to get its OUT number

    Materials: Ruler for drawing tables, Notebook, Pencil

    1. Warm-Up · 5 min

      Spaced review from Day 3. Your child solves 3 × 70 with the tens sentence (3 × 7 tens = 21 tens = 210). Then try ×7 facts with no clock. Ask 7 × 4, 7 × 6, 7 × 8 and 7 × 9 (28, 42, 56, 63).

    2. Mini-Lesson · 10–15 min

      Draw a table with two columns. Label them IN and OUT. Say: "A rule changes every IN number into its OUT number. The rule never changes." Write three rows: 3 and 12, 5 and 20, 7 and 28. Say: "Let us find the rule. Look at the first row." Ask: "How could 3 become 12?" (Add 9, or multiply by 4.) Say: "Test both ideas on the next row." Ask: "Does 5 + 9 make 20?" (No. It makes 14.) "Does 5 × 4 make 20?" (Yes.) Your child tests the last row. (7 × 4 = 28) Say: "So the rule is multiply by 4. It works on every row." Ask: "If IN is 9, what is OUT?" (36) Say: "Each time IN goes up by 1, OUT goes up by 4. That is one more group of 4." Now your child does more. Write the rows 4 and 8, 6 and 12, 9 and 18. Your child finds the rule and adds a row for IN 7. (Multiply by 2; OUT is 14)

    3. Guided Practice · 10–15 min

      Your child draws each table with the ruler and checks every row. 1) Rule: multiply by 3. IN is 2, 5 and 8. Find each OUT. (6, 15, 24) 2) Rule: divide by 4. IN is 12, 20 and 36. Find each OUT. (3, 5, 9) 3) Find the rule. IN is 3, 5 and 8. OUT is 18, 30 and 48. (Multiply by 6) 4) Find the rule. IN is 9, 14 and 20. OUT is 4, 9 and 15. (Subtract 5) If stuck, say: "Is OUT bigger or smaller than IN? Guess a rule from row one. Test it on row two."

    4. Independent Practice · 15–20 min

      Your child draws each table and checks the rule on every row. 1) Rule: multiply by 5. IN is 3, 6 and 9. (15, 30, 45) 2) Rule: divide by 6. IN is 18, 30 and 54. (3, 5, 9) 3) Rule: add 8. IN is 7, 15 and 26. (15, 23, 34) 4) Find the rule. IN is 40, 25 and 15. OUT is 8, 5 and 3. (Divide by 5) 5) Find the rule. IN is 2, 5 and 9. OUT is 14, 35 and 63. (Multiply by 7) 6) Rule: multiply by 10. IN is 4, 6 and 9. Draw the table and fill it in. (40, 60, 90) 7) Each spider has 8 legs. IN is spiders and OUT is legs. Find OUT for 2, 5 and 7 spiders. (16, 40, 56) 8) Each ticket costs 6 dollars. OUT is 24 dollars, then 48 dollars. How many tickets each time? (4; 8)

    5. Exit Ticket · 5 min

      Read each question aloud; your child answers on paper and may draw a table.

    Watch for: Choosing a rule that fits the first row only, such as add 9 for 3 and 12.

    Try: Your child tests the rule on every row and puts a check mark beside each row it fits.

    Fact fluency: ×7 facts

    Exit ticket:
    1. The rule is divide by 5. IN is 30. What is OUT?
    2. IN 2 gives OUT 16. IN 5 gives OUT 40. What is the rule?
    3. The rule is multiply by 9. IN is 6. What is OUT?
    Show answers
    1. 6
    2. Multiply by 8
    3. 54

    Support: Use only the rules multiply by 2, 5 and 10. Your child says the rule aloud for each row.

    Extend: Your child makes a table with the rule multiply by 4, then explains why every OUT is even. Sample: 4 times a number is two equal parts.

    Homework: Make an in-out table with a hidden rule for a family member, with an answer key. Sample: IN 2, 4, 6; OUT 12, 24, 36; multiply by 6.

    Practice page · Week 16, Day 4

    Mathematics

    I can find the rule in an in/out table and use it to fill in missing numbers.

    Look: IN 2, 4, 6 and OUT 10, 20, 30

    1. Guess a rule: ×5.
    2. Test every row: 2 × 5 = 10, 4 × 5 = 20, 6 × 5 = 30.
    3. It works for every row, so the rule is ×5.

    Use the rule to find the missing OUT number.

    1. 1.

      Rule ×5. IN 3, 6, 9. OUT 15, 30, ?

    2. 2.

      Rule ÷3. IN 12, 21, 27. OUT 4, 7, ?

    3. 3.

      Rule ×7. OUT is 49. What is IN?

    Find the rule. Check it on every row.

    1. 4.

      IN 2, 4, 8. OUT 16, 32, 64.

    2. 5.

      IN 18, 30, 42. OUT 3, 5, 7.

    3. 6.

      Each tricycle has 3 wheels. IN is tricycles, OUT is wheels. IN 4. What is OUT?

    Challenge: IN 2 gives OUT 8. Two rules could work: ×4 or +6. The next row is IN 5, OUT 20. Which rule is it?

    Materials: ruler for drawing tables

    English Language Arts

    Objective: I can use evidence from two texts, including cause and effect, to draw my own conclusion.

    Standards: RI.3.9, RI.3.3, RI.3.8

    Builds on: Needs the beaver articles and chart from Day 2, and cause and effect from Week 7 Day 4. One-minute check: say, "It rained, so the game was canceled." Ask: "Which part is the cause?" (It rained.)

    New words:
    • draw a conclusion – to decide something by putting evidence together

    Materials: The two beaver articles from Day 2, Comparison chart from Day 2, Notebook, Highlighter, Pencil

    1. Warm-Up · 5 min

      Word study, 3 minutes. Your child says the word that fits. "A person who says thank you is ___." (thankful) "A floor with no dirt is ___." (spotless) "A broken umbrella in the rain is ___." (useless) "A garden of red, pink and yellow flowers is ___." (colorful) Spaced review from Week 13. Write "The birds sings at dawn." Your child fixes the verb. (The birds sing at dawn.)

    2. Mini-Lesson · 10–15 min

      Say: "A cause is why something happens. An effect is what happens. The words because and so link them." Read from Article A: "The dam blocks the water, so a pond forms behind it." Think aloud: "The cause is that the dam blocks the water. The effect is a pond. The word so points to the effect." Write: dam blocks water, then an arrow, then pond forms. Your child highlights so. Next say: "To draw a conclusion, you put evidence from both texts together. Then you decide something bigger than one fact." Write the stem: "Based on both texts, I think ___ because ___ and ___." Say: "A copied fact is not a conclusion. 'Beavers build dams' is only a fact."

    3. Guided Practice · 10–15 min

      Your child rereads both articles aloud first. 1) Read from Article B: "The pond also stores water, so nearby plants stay green in dry summers." Ask: "Which part is the cause? Which part is the effect?" (The pond stores water. Plants stay green.) 2) Ask: "In Article A, why do a beaver's teeth stay short?" (Because the beaver gnaws on wood.) 3) Point to "But not everyone cheers." Ask: "How does the next sentence connect to it?" (It gives the reason: a pond can flood a road or field.) 4) Write a conclusion together: "Based on both texts, I think beavers change the land around them. They build dams that make ponds (A). The ponds turn into wetlands where many animals live (B)." Label each piece of evidence A or B. If stuck, say: "What does Article A add? What does Article B add? What do they show together?"

    4. Independent Practice · 15–20 min

      Your child writes a conclusion paragraph of 4 or 5 sentences. Offer two questions to choose from: "Are beavers good neighbors?" or "Why are beavers called builders?" 1) Start with the stem. 2) Give one piece of evidence from each article and label it (A) or (B). 3) Write one cause-and-effect sentence with because or so. 4) End with a closing sentence. Sample: "Based on both texts, I think beavers are good neighbors for wild animals. Their dams make ponds (A). Ducks, frogs and turtles move in because the pond becomes a wetland (B). A pond can flood a road, so people may not agree. Still, many animals need beavers." Look for: evidence from both articles, one because or so, and an idea your child truly believes.

    5. Exit Ticket · 5 min

      Read each question aloud. Your child may use both articles and answers in the notebook.

    Watch for: Repeating one fact, such as "Beavers build dams," and calling it a conclusion.

    Try: Ask, "What does Article A add? What does Article B add?" Your child puts a check mark on one sentence in each article before writing.

    Exit ticket:
    1. In Article B, why does "not everyone cheer" about beaver ponds?
    2. In Article A, beavers pack branches and mud across a stream. What is the effect?
    3. Finish this conclusion with one fact from each article. "Based on both texts, I think a beaver pond is useful because ___ and ___."
    Show answers
    1. Because a beaver pond sometimes floods a road or a farmer's field.
    2. A dam is built. It blocks the water, so a pond forms behind it.
    3. Answers vary. Look for: one fact from each article. Sample: the beaver family builds its lodge there (A), and the pond stores water for plants (B).

    Support: Write the stem with blanks. Offer two evidence choices from each article on scraps of paper. Your child picks one from each and reads the whole sentence aloud.

    Extend: Your child writes a second conclusion for a farmer whose field flooded. It needs evidence from both articles and one sentence with so.

    Homework: Read your own book for 15 to 20 minutes. Then read your conclusion to a family member and point to the evidence in each article. Look for: one A fact and one B fact.

    Practice page · Week 16, Day 4

    English Language Arts

    I can use cause and effect from two texts to draw a conclusion.

    Look: Building a conclusion

    1. A cause is why something happens. An effect is what happens.
    2. Clue words: because, so, since.
    3. Conclusion stem: Based on both texts, I think ___ because ___ and ___.

    Two Texts About Earthworms

    Text 1: Earthworms eat dead leaves and bits of soil. As they wiggle, they make tiny tunnels underground. Text 2: Because worm tunnels let rain soak into the ground, plant roots get the water they need. Gardeners are glad to see worms, so some even add worms to their gardens.

    Use the two texts above.

    1. 1.

      Cause: worm tunnels let rain soak in. What is the effect?

    2. 2.

      Why do some gardeners add worms to their gardens?

    3. 3.

      Circle the word in Text 2 that signals a cause.

    4. 4.

      Finish: Based on both texts, I think earthworms are good for gardens because ___ and ___.

    5. 5.

      Write a cause-and-effect sentence about worms using 'so.'

    Add -ful or -less to finish the word.

    1. 6.

      spot____ (without spots)

    2. 7.

      end____ (without an end)

    3. 8.

      care____ (without care)

    Science

    Objective: I can sort the living things I observed into producers, consumers and decomposers and build a food web from my data.

    Standards: 3-LS4-3

    Builds on: Needs the Week 10 Day 3 food roles and the Week 12 food chain arrows. One-minute check: ask "What role does a dandelion have? A sparrow?" (Producer; consumer.)

    New words:
    • ecologist – a scientist who studies how living things and their surroundings connect

    Materials: Field journal with both visits, About 15 index cards, Three paper plates labeled Producer, Consumer, Decomposer, Science notebook and pencil, A nature book about local plants and animals, if you have one

    1. Day 79 — Roles in My Ecosystem — Wonder Warm-Up · 5 min

      Spaced review from Week 12. Ask: "Which way do food chain arrows point?" (From the food to the eater, the way the energy moves.) Then the wonder. Ask: "Who eats whom in your square? Can your own notes prove it?"

    2. Mini-Lesson · 10–15 min

      Say: "Today you use your own data, like an ecologist." Producers are the plants and moss. Consumers include insects, spiders, birds and squirrels. Decomposers include mushrooms, molds and tiny bacteria in the soil. Say: "Earthworms and pill bugs are animals that eat dead leaves, so they are consumers. Their chewing helps the decomposers." Write three cards: clover, ladybug, mushroom. Your child places each on a plate. (Producer, consumer, decomposer.) Now lay out a sample chain on paper: sun, grass, grasshopper, sparrow, with arrows between. Ask: "What does the arrow from grasshopper to sparrow mean?" (The sparrow eats the grasshopper, so energy moves to the sparrow.) Write a second chain: dead leaves, pill bug, toad. Ask: "Where did the dead leaves get their energy?" (From the sun, when they grew on a plant.) Teach the evidence rule. Say: "Use a link only if you saw a sign of it or can check it. If you are unsure, draw a dotted arrow with a question mark." If stuck, say: "Pick one animal card. What does it eat? Put that card on its left."

    3. Investigation / Hands-On · 15–20 min

      Data Sort and Web. 1) Your child reads the field journal and writes each kind of living thing on its own card. 2) They sort the cards onto the three plates and count each plate. 3) They fill in a table with three columns: Role, Kinds found, Examples. 4) They build two food chains with the cards. Each chain starts with a plant or with dead leaves from a plant. 5) Check each link in the nature book or with an adult. Unsure links get a dotted arrow. 6) On a notebook page, your child draws the sun and copies both chains. They join the chains where they share a living thing. Expect more kinds of producers and small consumers than large hunters. Expect few decomposers, because most are tiny or hidden. Say: "Real results vary. Look for the pattern." If the Decomposer plate is empty, point to the dead leaves on the list. Say: "Something is breaking these down." Your child adds a card that reads "unseen decomposers in the soil."

    4. Science Notebook Entry · 10 min

      Your child copies the three-column table under the food web and finishes two frames. "My square has ___ kinds of producers and ___ kinds of consumers." "One chain is ___." Sample: "My square has 4 kinds of producers and 5 kinds of consumers. One chain is sun, clover, caterpillar, robin."

    5. Wrap-Up & Exit Ticket · 5 min

      Ask the three exit questions aloud. Praise links backed by evidence and honest question marks.

    Watch for: Inventing food links that sound right but are not true, or leaving decomposers out because they are hard to see.

    Try: Check each link together in a book or mark it with a question mark. Point to the dead leaves and soil, where unseen decomposers work.

    Exit ticket:
    1. Which plate held the most cards? Why do you think so?
    2. Name one consumer from your square, what it eats and your evidence.
    3. Why might a study square show few decomposers even though they are there?
    Show answers
    1. Answers vary. Look for: a plate that matches the count, with a reason such as plants cover most of the square.
    2. Answers vary. Look for: a correct pair with evidence, such as a caterpillar eats leaves because I saw chewed holes.
    3. Most decomposers are tiny or hidden in soil and dead leaves, such as bacteria and molds.

    Support: Sort the cards into plants and animals first. Then pull out mushrooms and molds.

    Extend: Your child builds a web with six living things from the square. They predict what might happen if one of them disappeared.

    Homework: Show your food web to a family member. Explain one chain from the sun to the last eater. Look for: the words "is eaten by" for each arrow.

    Practice page · Week 16, Day 4

    Science

    I can sort the living things I observed into producers, consumers and decomposers and build a food web from my data.

    Sort the living things from your tallies. Write each in the right column, then count.

    ProducerConsumerDecomposer
       
       
       
       
       
    1. 1.

      How many kinds of producers did you find?

    2. 2.

      Name one consumer from your square and what it eats.

    Build food chains with living things from your square.

    1. 3.

      Food chain 1:

    2. 4.

      Food chain 2:

    3. 5.

      Join your chains into a small food web. Put the sun at the bottom.

    Challenge: Did you find a decomposer? If not, where in your square might one be hiding?

    Materials: index cards · 3 paper plates labeled Producer, Consumer and Decomposer