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    Daily lesson plan

    Day 3 · Wednesday

    Week 26 · Reasoning: Fractions, Opinion Essays, Weather & Government

    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 explain reasons prices go up or down in a market.

    Standards: D2.Eco.7.3-5, D2.Eco.2.3-5, D2.Eco.11.3-5

    Builds on: Needs Day 2 (supply, demand and profit). One-minute check: "Which word means how much sellers have to sell?" (Supply.)

    New words:
    • market – any place where buyers and sellers trade
    • inflation – when most prices rise over time
    • deflation – when most prices fall over time
    • unemployment – when people who want a job and are looking for one cannot find one

    Materials: 2 store flyers or receipts from different stores (or two price lists you write), 6 index cards, Highlighter, Notebook, Pencil

    1. Warm-Up · 5 min

      Spaced review from Week 25. Ask: "What is barter?" (Trading goods or services directly, with no money.) Then ask the big question: "Why might strawberries cost less in June than in January?" Accept guesses.

    2. Mini-Lesson · 10–15 min

      Say: "A market is any place where buyers and sellers trade. A farmers market, a store and a website are all markets." Say: "Prices may rise for three reasons: many buyers, a scarce supply, or higher costs to make or ship." "Prices may fall when there is plenty, when few buyers want it, or when sellers compete." "In many places, strawberries are picked nearby in early summer, so there are plenty. In winter they travel far, which costs more." "Sellers set prices, but buyers' choices and sellers' costs push them up or down." Say: "Now three words about a whole country." Write each word. "Inflation is when most prices rise over time. In 1950, mailing a letter cost 3 cents. Today a stamp costs more than 60 cents." "Deflation is the opposite. Most prices fall over time. It is much less common." "Unemployment is when people who want a job and are looking for one cannot find one." "One strawberry price is not inflation. Inflation is most prices rising together." Ask: "Name one reason a price might fall." (Plenty, few buyers or sellers competing.) "Bread, socks and bus rides all cost more than last year. Which word fits?" (Inflation.) "A factory closes. Its workers look for jobs but find none. Which word fits?" (Unemployment.) If stuck, say: "Is it one price or most prices? Is it about prices or about jobs?"

    3. Activity / Source Work · 15–20 min

      Price detective. 1) In the two flyers or receipts, your child finds the same item at two prices, such as a gallon of milk. Highlight both prices. 2) Your child fills a chart: Item | Price at store A | Price at store B | Difference. 3) Your child gives two possible reasons for the difference. Ask: "What evidence on the page supports that?" (The word sale, a brand name or a size.) 4) Write six reason cards. A bad harvest. A big sale. Lots of sellers. A costume made popular by a new movie. Higher shipping costs. A store that ordered too many calendars. 5) Your child sorts them into Pushes price up and Pushes price down. Expect up for the bad harvest, the popular costume and shipping costs. Expect down for the sale, lots of sellers and the extra calendars. Real prices vary. Look for a reason that fits each card.

    4. Notebook Entry · 10 min

      Your child writes two reasons a price might go up and two reasons it might go down. Then write the three country words with a meaning for each. Sample: "Inflation: most prices go up over time. Deflation: most prices go down. Unemployment: people who want jobs cannot find them."

    5. Exit Ticket · 5 min

      Read each exit question aloud. Your child answers in the notebook. Praise answers that tell one price from most prices.

    Watch for: Calling one higher price inflation.

    Try: Ask: "Is it one thing or most things?" One costly toy is supply and demand. Most prices rising together is inflation.

    Exit ticket:
    1. Three new ice cream shops open on the same street. What will most likely happen to ice cream prices there? Why?
    2. Over ten years, the prices of most things in a country go up. Is that inflation, deflation or unemployment?
    3. Mr. Hall wants to work. He applies for jobs every week, but no one hires him. Which new word describes this?
    Show answers
    1. They may go down, because the sellers compete for customers.
    2. Inflation.
    3. Unemployment.

    Support: Give a word bank for the reasons: sale, scarce, popular, shipping, plenty.

    Extend: Your child tracks the price of one grocery item for a week. Record each price and one possible reason for any change.

    Homework: Your child asks an older relative what a loaf of bread cost when they were a child. Compare it with today's price. Look for the word inflation used correctly.

    Practice page · Week 26, Day 3

    Social Studies

    I can explain reasons prices go up or down in a market.

    Be a price detective. Find the same item at two stores.

    ItemStore 1 priceStore 2 price
       
       
    1. 1.

      What is the difference between the two prices?

    2. 2.

      Give two possible reasons for the difference.

    Write up or down for each reason.

    Word bank: up · down

    1. 3.

      A frost ruins much of the orange crop.

    2. 4.

      A store has a clearance sale.

    3. 5.

      Fuel for delivery trucks costs more.

    4. 6.

      Five lemonade stands open on one street.

    Challenge: Who sets the price, and what affects it?

    Materials: two store flyers or websites · a highlighter

    Mathematics

    Objective: I can estimate and measure liquid volume in milliliters and liters.

    Standards: 3.MD.A.2

    Builds on: Needs Day 2: a small unit for small amounts and a bigger unit for big amounts. One-minute check: ask "Which unit fits the mass of a wagon, grams or kilograms?" (kilograms)

    New words:
    • liquid volume – how much liquid a container holds
    • liter – a unit of liquid volume; a large water bottle holds 1 liter
    • milliliter – a tiny unit of liquid volume; a teaspoon holds about 5 milliliters

    Materials: Empty 1-liter bottle, Measuring cup with milliliter marks, Teaspoon, Water, a tray and a towel, 4 containers: mug, large bowl, pot, pitcher, A tall thin container and a short wide one (for the extension), Paper with a 3-column table: container, estimate, measured liters, Pencil

    1. Warm-Up · 5 min

      Spaced review from Week 25 Day 4. Ask: "A class starts at 9:20 and lasts 35 minutes. When does it end?" (9:55) Then practice ×8 facts with no timer. Ask 8 × 3, 8 × 6 and 8 × 7 (24, 48, 56).

    2. Mini-Lesson · 10–15 min

      Say: "Liquid volume is how much liquid a container holds. We measure it in liters." Fill the bottle with water. Say: "This is 1 liter." Fill the teaspoon. Say: "A milliliter is a tiny amount. This teaspoon holds about 5 milliliters. Milliliters are for very small amounts." Now measure the pot. Ask: "How many liters will fill the pot? Estimate first." Write the estimate in the table. Pour full bottles into the pot and count each one aloud. Stop when the pot is full. Suppose it takes 3 bottles. Say: "So the pot holds about 3 liters." Write the measure beside the estimate. Now your child does more. Your child estimates the large bowl in liters. Then your child fills it with full bottles, counts them and writes the measure.

    3. Guided Practice · 10–15 min

      Work over the tray. 1) Ask: "Does the mug hold less than, about or more than 1 liter?" Your child pours a full mug into the empty bottle to check. (Less.) 2) Pour a mug of water into the measuring cup. Your child reads the milliliter mark at the top of the water, with eyes level. Write it down. 3) Ask the unit for each: a raindrop, a wading pool, an eyedropper, a bucket. (milliliters, liters, milliliters, liters) 4) A bucket is filled by 4 full 1-liter bottles. How many liters does it hold? (4 liters) If stuck, say: "Is it far less than this bottle? Use milliliters. Is it about one bottle or more? Use liters."

    4. Independent Practice · 15–20 min

      Your child keeps using the table. 1) Estimate, then measure the pitcher in liters. 2) Estimate, then measure one more container of your choice in liters. 3) Order the pot, the bowl and the pitcher from least to greatest. Check the table for problems 1 to 3 together. 4) Which unit fits a small carton of cream? (milliliters) 5) Which unit fits a watering can? (liters) 6) How many full mugs fill the 1-liter bottle? Estimate, then test. (Answers vary; often 3 or 4.) 7) A watering can holds 6 liters. Ava pours out 2 liters. How many liters are left? (6 − 2 = 4 liters) 8) Each jug holds 2 liters. How many liters do 7 jugs hold? (7 × 2 = 14 liters)

    5. Exit Ticket · 5 min

      Dry the table first. Read each question aloud; your child answers on paper.

    Watch for: Thinking the taller container always holds more liquid.

    Try: Pour each container into the 1-liter bottle, one at a time, and compare the water levels.

    Fact fluency: ×8 facts

    Exit ticket:
    1. Which unit would you use for the ink in a pen, milliliters or liters?
    2. Which unit would you use for the water in a rain barrel, milliliters or liters?
    3. A pot is filled by 6 full 1-liter bottles. How many liters does it hold?
    Show answers
    1. Milliliters
    2. Liters
    3. 6 liters

    Support: Measure only the pot and the bowl. Your child makes a tally mark for each bottle poured.

    Extend: Your child finds a tall thin container and a short wide one. Your child predicts which holds more, then pours each into the bottle to check.

    Homework: Your child reads the labels on 3 drink or soap containers and writes milliliters or liters for each. Sample: a small bottle, 500 milliliters; a large bottle, 2 liters.

    Practice page · Week 26, Day 3

    Mathematics

    I can estimate and measure liquid volume in milliliters and liters.

    Look: liquid volume

    1. A teaspoon holds about 5 milliliters.
    2. A large water bottle holds about 1 liter.
    3. Guess first, then pour and read the marks.

    Estimate, then measure 4 containers. Record them in the table.

    ContainerEstimateMeasureUnit (mL or L)
        
        
        
        
    1. 1.

      Which container held the most?

    Circle the better unit, then solve.

    1. 2.

      a bathtub

      ○ milliliters○ liters
    2. 3.

      a medicine cup

      ○ milliliters○ liters
    3. 4.

      a bucket

      ○ milliliters○ liters
    4. 5.

      Malia fills a pot with 4 liters of water, then adds 3 more liters. How much water is in the pot?

    Challenge: A cup holds 250 milliliters. Ezra pours out 90 milliliters. How much is left?

    Materials: a measuring cup with mL marks · a 1-liter bottle · water · containers

    English Language Arts

    Objective: I can tell literal from nonliteral words in a poem, explain what they really mean, and tell how a picture adds to a poem.

    Standards: L.3.5.A, RL.3.4, RL.3.7, RF.3.4.B

    Builds on: Needs Day 1 (literal and nonliteral) and sense details in poems (Week 15). One-minute check: ask, "Can leaves really dance? What does it mean?" (No. The leaves twirl in the wind.)

    Materials: Reader's notebook, Drawing paper, Colored pencils, Pencil

    1. Warm-Up · 5 min

      Word study: dictation. Say this sentence twice: "The creature in the picture loves adventure." Your child writes it. Check together: a capital letter, a period, and -ture in three words. Your child writes any missed word again. Spaced review from Week 15. Ask: "What do we call the pattern of rhymes at the ends of lines?" (the rhyme scheme)

    2. Mini-Lesson · 10–15 min

      Say: "Poets use nonliteral words to help you see and hear a scene. Sense words do that too." Read the poem aloud once. Your child follows with a finger. "Storm at Night": The wind howls at my window, / It rattles the old gate. / The thunder grumbles loudly, / The rain drums on our slate. / Then morning yawns and stretches, / The puddles shine like glass, / And sunlight creeps in softly / Across the dripping grass. Lines 1 to 4 are stanza 1, and lines 5 to 8 are stanza 2. Tell your child that slate means flat stone roof tiles. Think aloud on line 1: "Can wind really howl like a wolf? No. It really means the wind is loud and strong." Draw two columns in the notebook, Nonliteral and Literal. Write "howls" in the first. Think aloud on line 2: "Can wind really rattle a gate? Yes. That line is literal. It helps me hear the storm." Write "rattles the old gate" in the second.

    3. Guided Practice · 10–15 min

      1) Your child writes four more nonliteral phrases in the first column and tells what each really means. (Rain drums: rain taps hard and fast. Morning yawns and stretches: the day starts slowly. Shine like glass: the puddles are smooth and bright. Sunlight creeps in: light spreads slowly and gently.) 2) Ask: "Which sense does 'rattles the old gate' use?" (hearing) 3) Ask: "How does the feeling change from stanza 1 to stanza 2?" (from loud and scary to calm and gentle) 4) Ask: "If an artist painted stanza 1, what could the picture add?" (dark colors, bent trees or a worried face to show the scary mood) If stuck, say: "Could a real morning yawn? What is the poet helping you picture?"

    4. Independent Practice · 15–20 min

      1) Your child draws a picture for one stanza. 2) Under it, your child writes two sentences. Sentence 1 tells what the drawing shows that matches the words. Sentence 2 tells one thing the picture adds beyond the words. Sample: "My colors are dark, so the storm feels scary." 3) Your child reads the poem aloud three times, not timed. Aim for correct words, a steady pace and expression. Use a rough, loud voice for the storm and a soft voice for the morning. Name one thing that improved by the third reading.

    5. Exit Ticket · 5 min

      Read each question aloud. Your child may look back at the poem and the drawing.

    Watch for: Calling every describing phrase nonliteral, even ones that can really happen.

    Try: Ask, "Could this happen just the way the words say?" Wind can rattle a gate, so that line is literal.

    Exit ticket:
    1. "The thunder grumbles loudly." Literal or nonliteral? What does it really mean?
    2. Find one literal phrase in stanza 2.
    3. What did your picture add to the poem?
    Show answers
    1. Nonliteral. Thunder cannot grumble like a person. It makes a low, rumbling sound.
    2. "The dripping grass." Grass really drips after rain.
    3. Answers vary. Look for: a mood, color or detail not stated in the poem.

    Support: Read one line at a time. After each, ask, "Can a real one do that?" Your child gives a thumbs up or down.

    Extend: Your child writes a third stanza of four lines with one nonliteral phrase and one sense detail. Your child notes the real meaning beside it.

    Homework: Your child reads "Storm at Night" aloud to a family member with expression. Your child shares one nonliteral phrase and its real meaning (10 minutes). Look for a voice that changes from the storm to the morning.

    Practice page · Week 26, Day 3

    English Language Arts

    I can find nonliteral lines and sense words in a poem and read it with expression.

    Look: Poet's tools

    1. Some lines are nonliteral: the wind hums. Wind cannot really hum; it makes a soft sound.
    2. Imagery uses the five senses: see, hear, smell, taste, touch.
    3. A picture can add mood with colors and faces.

    Snow Day

    The snow tiptoes onto the roof, The wind hums a sleepy tune, The pine trees wear white mittens Beneath a silver moon. Then boots go crunch on the sidewalk, Hot cocoa warms my hands, The sun peeks out and giggles At the sparkling, frosty lands.

    Use the poem.

    1. 1.

      Underline three places where the poem says a thing does something only a person can do. These lines are nonliteral.

    2. 2.

      Which sense does 'boots go crunch' use?

      ○ sight○ hearing○ taste
    3. 3.

      Which sense does 'hot cocoa warms my hands' use?

      ○ touch○ smell○ hearing
    4. 4.

      Draw the first stanza. What does your picture add that the words do not say?

    Read the poem aloud three times. Check what got better.

    1. 5.

      Did you read the words correctly?

      ○ yes○ not yet
    2. 6.

      Which reading had your best expression?

    3. 7.

      Split into syllables: adventure

    Challenge: Write one nonliteral line of your own about rain, then write what it really means.

    Science

    Objective: I can describe how people design clothing, homes and tools to live safely in different climates.

    Standards: 3-ESS3-1

    Builds on: Needs Day 1: to insulate means to slow heat from moving. One-minute check: ask "Name one weather hazard from Week 21." (Sample: a flood, a blizzard or a tornado.)

    New words:
    • stilts – tall posts that hold a building up off the ground
    • heat wave – several days of very hot weather that can make people sick

    Materials: 2 ice cubes of the same size, 2 small bowls of the same kind, 1 thick, dry dish towel, Clock or watch, 1 coin and a hardcover book, 1 sheet of blank paper, Crayons, Science notebook and pencil

    1. Day 128 — How People Adapt to Climate — Wonder Warm-Up · 5 min

      Spaced review from Week 24. Ask: "What do engineers call a limit on a design, such as time or materials?" (A constraint.) Then the wonder. Ask: "People have no thick fur. How do they live in very cold places?"

    2. Mini-Lesson · 10–15 min

      Say: "Animals are born with their adaptations. People design solutions." Say: "Some weather is a hazard. A good design lowers the harm." Heavy snow: lay the coin on the flat book, then tilt the book steeply. The coin slides off. Say: "Snow slides off a steep roof in the same way, so it cannot pile up." Bitter cold. Say: "Walls filled with fluffy material insulate a house. Layers of clothing trap air, and trapped air insulates too." Heat waves. Say: "Thick walls, shady porches and trees keep homes cooler. Light colors bounce sunlight away." Floods. Say: "Some homes in flood zones stand on tall posts called stilts." Model a claim. Say: "My claim: a shady porch is a good design for a hot climate. My evidence: shade blocks direct sun, so the rooms stay cooler." Ask: "Is a winter coat an adaptation you are born with?" (No. People design it and put it on.) Ask: "A town has long heat waves. Name two designs that would help." (Any two: shade trees, porches, thick walls, light-colored roofs, fans.) If stuck, say: "Name the weather problem first. What would block it, shed it or lift you above it?"

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

      Thick Walls Test and Home Design. 1) Put one ice cube in each bowl. 2) Wrap one cube in the towel, folded twice, and set it back in its bowl. This models thick walls. Leave the other cube bare. 3) Your child predicts which cube melts faster. 4) Set the bowls side by side, away from sun and heaters, for 15 minutes. Change only one thing: wrap or no wrap. Keep the cube size, the bowl, the place and the time the same. 5) While you wait, your child picks one hazard: heavy snow, a heat wave, a flood or bitter cold. On the blank paper, they draw a home in crayon with two design features and label them. 6) After 15 minutes, unwrap the cube and compare. Record it in a table with two columns: Cube, Size left. Expect the wrapped cube to be a little larger. If they look the same, rewrap it and check again later. Say: "Real results vary. Look for the pattern." Say: "The towel slowed the room's heat from reaching the ice. Thick walls slow outdoor heat from reaching the rooms."

    4. Science Notebook Entry · 10 min

      In the notebook, your child lists three ways your home, clothes or tools fit your climate. Then they finish the frame. "My claim: ___ is a good design for ___ because ___." Sample: "My claim: thick walls are a good design for a hot climate because our wrapped ice melted more slowly."

    5. Wrap-Up & Exit Ticket · 5 min

      Ask the three exit questions. Praise claims that give a reason.

    Watch for: Thinking the towel makes heat, so the wrapped ice should melt faster.

    Try: Your child feels the dry towel. It is not warm. Say: "A wrap makes no heat. It slows heat from moving, in or out."

    Exit ticket:
    1. How is the way people fit a climate different from the way a polar bear fits it?
    2. In the ice test, which cube melted more slowly? What does that tell you about thick walls?
    3. Make a claim about one design in your drawing. Give one reason it lowers harm from the weather.
    Show answers
    1. A polar bear is born with fur and fat. People design and make things, such as coats and heated homes.
    2. The wrapped cube. Thick walls insulate: they slow heat from moving, so a home stays cooler in hot weather.
    3. Answers vary. Look for: a named design and how it blocks, sheds or avoids the weather problem.

    Support: Choose the hazard together. Offer three design ideas, and your child picks two.

    Extend: Your child compares two designs for one hazard, such as a porch and a shade tree. They argue which is better and name one cost of each.

    Homework: With a family member, find 3 things at home that fit your climate. Look for: each one matched to a kind of weather.

    Practice page · Week 26, Day 3

    Science

    I can describe how people design homes and clothes for their climate.

    Write the climate each design fits.

    Word bank: cold · hot, dry · flood-prone · hot, humid

    1. 1.

      A steep roof so heavy snow slides off

    2. 2.

      Thick adobe walls that stay cool in the day

    3. 3.

      A house on stilts

    4. 4.

      High ceilings and a porch for breezes

    Design a Home. Pick a climate. Build a model that solves one weather problem, then test it.

    1. 5.

      My climate and one problem it causes:

    2. 6.

      Draw your design and label the feature that solves it.

    3. 7.

      What happened when you tested it? Make a claim: does your feature reduce the weather problem? Give one piece of evidence from your test.

    4. 8.

      One way our family adapts to our climate:

    Materials: craft sticks · cardboard · tape · a spray bottle of water