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thennessy

Breathing Easy Lessons and Data - 1 views

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    state standard: 3.2.6 Great activity to show where the air comes from. It can be connected with earth week, or ways to help the earth. This is a great way to explain and show photosynthysis in action.
thennessy

http://portal.acs.org/portal/fileFetch/C/CSTA_015024/pdf/CSTA_015024.pdf - 1 views

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    state standard: 2.1.6 This game is another way to make connections with something that they have done and probably enjoy doing. An extension of this activity would be fro the kids to graph their times on a big class graph you could use different sizes of string to see what affect that might have on the swing times.
Liz Dilts

ZOOM . activities . sci . Salt Pendulum | PBS Kids - 2 views

    • Liz Dilts
       
      2.1.3. Predict and experiment with methods (e.g. sieving, evaporation) to separate solids and liquids based on their physical properties.2.1.4 Observe, sketch, demonstrate and compare how objects can move in different ways (e.g., straight, zig-zag, back-and-forth, rolling, fast and slow).2.1.5 Describe the position or motion of an object relative to a point of reference (e.g., background, another object).2.1.6 Observe, demonstrate, sketch and compare how applied force (i.e., push or pull) changes the motion of objects. Differentiation: Instead of writing out a hypothesis, have special education students draw the designs or what they predict will happen to the salt when they swing their pendulum.
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    Using paper, string, and salt, students will create a cone out of the paper that will act as their pendulum.  They will swing the pendulum so it just touches the pile of salt and watch the designs it makes.  Students can change the pendulum's direction to see if that changes the design.
Krista Hirr

Classroom Activities in topology - 1 views

    • Krista Hirr
       
      To help make conncetions, show children "real world" examples of a torus before you begin the lesson. For example, familiar tools, shapes in nature or buildings.
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    Cutting Geometric shapes and identifying unique properties, such as a torus (whole in the shape) for finding surface area.
Brandon Appleton

Numbers and Operations - 1 views

    • Brandon Appleton
       
      Each activity has an Adaptation listed in activity
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    6 different activités in one!
Amanda McCarthy

Snag a Spoon! A Math Game | Education.com - 1 views

    • Jessica Buell
       
      You can adapt this lesson by using smaller numbers until the concept is grasped, then you can move to larger numbers
    • Jessica Buell
       
      You could extend this activity to higher grades by using higher fractions, adding or subrtacting fractions, or for younder geades by using number cards instead of a deck of cards to help them identify numbers.
    • Amanda McCarthy
       
      This game could be used in younger grades (K and 1st) by having the students use a regular deck of cards and finding four numbers of the same kind instead of equivalent numbers. Higher advanced students could use a deck of cards with harder fractions and percentages. They could also create their own decks of cards to play with. Lower ability students could use decks of cards were they have to find two fractions and/or two percentages instead of four different equivalent numbers.
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    In this version of the classic card game, students gain a solid understanding of basic equivalents, while having so much fun they may not realize it's a math review.
William Templeton

Survey Says... - 1 views

    • William Templeton
       
      This lesson offers a great chance to work with a writing lesson.  Students can learn how the wording of their questions might affect the answers they receive.  This could then spawn another lesson in critical thinking about how real surveys done by groups might be biased to their preconceived ideas.  Working in groups would allow students of various ability levels and learning styles to all contribute to the group.
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    A lesson that guides students through writing, conducting, analyzing, and presenting a survey.
Laura Riggins

digitcards.pdf (application/pdf Object) - 1 views

    • Laura Riggins
       
      This could be used at higher levels by changing how you as the teacher call out the numbers to go in the place values...using fact questions to get the answer.
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    This game is played by the teacher calling out a number to go in a place value and students holding cards create the number. Could be played in teams. 2.NBT.1 Understand that the three digits of a three-digit number represent amounts of hundreds, tens, and ones; e.g., 706 equals 7 hundreds, 0 tens, and 6 ones. Sticky Note: This could be used at higher levels by changing how you as the teacher call out the numbers to go in the place values...using fact questions to get the answer.
Liz Dilts

"Grand Prix Division" - 0 views

    • Liz Dilts
       
      4.NBT.6  Find whole-number quotients and remainders with up to four-digit dividends and one-digit divisors, using strategies based on place value, the properties of operations, and/or the relationship between multiplication and division.   Differentiation: For younger students, the numbers can be added instead of divided.
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    This activity allows students to practice dividing with single digit divisors.  In partners, students will practice division using playing cards.  students will draw a certain amount of cards (free choice) and divide the the number each player's game piece is on.  Each player is to be checking the other player's division with a calculator.
Liz Dilts

"Counting Sheep" - 0 views

    • Liz Dilts
       
      4.NBT.4 Fluently add or subtract multi-digit whole numbers using standard algorithm Differentiation: For ELL students I would model the game for them, allowing them to help me show the class instead of relying on written directions to tell them how to play.
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    In this activity students will practice adding two-, three-, and four-digit numbers.  Player's take turns adding numbers that they land on after rolling a dice.  Each player will also take turns checking his or her partner's answers on a calculator.
Laura Riggins

PlaceValueSamplePage.pdf (application/pdf Object) - 1 views

    • Laura Riggins
       
      This would be easy to manipulate as a game for higher grades by adding operational thinking problems to come up with the numbers for the place values.
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    2.NBT.1 Understand that the three digits of a three-digit number represent amounts of hundreds, tens, and ones; e.g., 706 equals 7 hundreds, 0 tens, and 6 ones. Sticky Note: This would be easy to manipulate as a game for higher grades by adding operational thinking problems to come up with the numbers for the place values.
Amanda McCarthy

The Amazing Equation Race | Education.com - 1 views

    • Amanda McCarthy
       
      For students who understand the concpet easily you can intorduce multiplication and division in the problems. For these students you could even have them create their own problems. For students who are farther behind you could make the game easier by using smaller numbers or put students into groups to work together. For ELLs write the actual symbol (+, -) instead of writing add and subtract.
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    An algebra game that helps students become familiar with using letters in algebraic expressions.
Jessica Buell

The Tilting of the Earth and Various Climatic Seasons | Education.com - 1 views

    • Jessica Buell
       
      (2.2.1, 2.2.2, 2.2.3, 2.2.4, 2.2.5, 2.2.6) 2nd grade science Day to day and over the seasons, observe, measure, record and recognize patterns and ask questions about features of weather
    • Jessica Buell
       
      I chose this site because it had great explinations of the weather. You can create many different activities to demonste understanding of weather. One thing I would do it first teach the students the aspests of weather and the differences in lengths of daylight in difference seasons. Then , we would all together do an activity to determine the difference in Earth's titls and how it affects weather during different seasons. Extensions: you can extend this activity for younger students by creating a chart to graph the different seasons and what the weather looks like in those seasons, then you can demonstrate the earths tilt with a globe and have the students guess which season they think our state would be in depending on Earth's tilt. Adaptions: I would suggest using illustrations to explain vocabulary, they can make a vocabulary journal.
Ashley Stewart

MAIS K-6 Science Inquiry, Investigation, and Design Technology - All in the Balance Qui... - 1 views

    • Ashley Stewart
       
      The Design Process: Identify a need or problem to be solved; brainstorm potential solutions; throughout the entire design process, document the design with drawings (including labels) in a portfolio or notebook so that the process can be replicated; select a solution to the need or problem; select the most appropriate materials to develop a solution that will meet the need; evaluate and test the design. This activity can be adapted for gifted students by allowing them to first draw a blueprint of their model. This will allow them to make predictions and hypothesis about their cube model and their tag board model. These students can then record their observations and their conclusions about their final product. This activity can also be adapted for younger grades by giving the students more materials to help them balance their models. Also, allowing the younger students to work in partners, rather than pairs, will allow them to more freely express their ideas. Working with a partner will give each student the opportunity to make sure their ideas are heard. For younger students, omitting the blueprint may also be helpful. Rather, having the students simply draw a picture of their model with labels may be more appropriate.
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    Children use styrofoam cubes to design and construct an object that will balance on your finger. Also, another challenge can be given to the students after completing the first challenge. Students use tag board to design and construct a model figure that will balance on a high wire. Students should draw their own blueprint to illustrate what they did and what they discovered.
Susan Shonle

Design a Great Glass Xylophone! | Education.com - 1 views

    • Susan Shonle
       
      Extensions: This activity connects science with music (sound waves). Adaptations: Gifted students can adjust the musical notes that are created by adding more or less water to each glass or create a musical tune.  Have ESL and Special Ed students give a thumbs up or down if sound is higher or lower in pitch and show why.  Do this activity in small groups to help with learning. 
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    Design a Great Glass Xylophone! - science experiment Explore the effect of varying amounts of water in each glass Supplies: 6 tall glass glasses, bottles, or jars (preferably the same shape and size), food coloring or colorful soft drink mix, metal spoon, wooden spoon, or wooden popsicle sticks, jug
Susan Shonle

Animal Smarts - Science Secrets! - Kids' Science Challenge: Fun Educational National Co... - 1 views

    • Susan Shonle
       
      Extensions: This activity can connect Science to LA using a writing prompt. Adaptations:  Gifted students can write a short essay on how an animal can use a tool to solve a problem.  Teacher would allow time for research (tool-using animals at PBS.org).  ESL & Special Ed students can draw a picture of an animal using a tool to solve a problem.  Teacher would pair up students for the research phase.
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    Crow Creativity: 5th Grade / Can you solve a problem as creatively as a crow?  Download PDF 1. Build a tricky tube puzzle to find out if your friends can solve a problem like a crow. A clear plastic tube is best, but a paper towel roll, cut down to about 8 inches, will work too. 2. Make a basket out of tin foil. The basket should be big enough to hold a small cookie. 3. Tear some strips off a roll of duct tape. Lay the roll of tape flat on a table and fit the tube inside the center of the duct tape roll. Then use the duct tape strips to tape the tube in place so that the tube stays upright. Tape along the side. Do not cover the openings of the tube in tape. 4. Put a cookie in your basket and drop the basket into the tube so it goes to the bottom of the tube with the handle facing up. 5. Place about 5 twist ties or a piece of long metal wire next to your tube. 6. Find a friend to solve this problem. Tell your friend that there is a cookie at the bottom of the tube. Your friend can have the cookie but has to get the cookie out of the tube first without lifting up the tube. If you are using a paper towel roll, let your friend look inside the tube to see how it's set up.  Supplies: See Downloadable PDF
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    Upper elementary students to middle school students could create a trick tube or similar experiment that a friend or critter (squirrel) has to solve.
Krista Hirr

Mouse Trap Cars Construction Tips and Ideas - 1 views

    • Krista Hirr
       
      Have students research idea and make plans for thier cars before they begin production. They will be testing a hypothesis as opposed to just using the trial and error process.
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    Favorite project growing up! Insturctions and ideas for mouse trap car models. Have students design on own, then come up with a "team" plan through cooperative learning.
Susan Shonle

Teachers & Parents - Fun Activities for All Topics - Kids' Science Challenge: Fun Educa... - 2 views

    • Susan Shonle
       
      Extensions:  Science & Music are connected in this activity. Adaptations: Gifted students can make a rubber band instrument that plays a scale or tune.  ESL & Special Ed students can draw a picture of the instrument they would like to create or help make the instrument.  (Small groups will work on this project together)
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    Sensational Sounds Projects: Sound Sandwich - 6th Grade All sound starts with vibration, and that vibration can come from just about anything. In this activity, your breath will cause two rubber bands to vibrate. Then, you will see if you can change the pitch, or how high or low we hear a sound.  Supplies:  Download the PDF
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    There are multiple activities on this site that would be beneficial. I don't see a 6.3.22 standard in the 2010 standards. Is this a typo? There are several third grade standards that deal with sound.
Ashley Stewart

Keep a Candle Burning Underwater! | Education.com - 1 views

    • Ashley Stewart
       
      4.1.2 "Investigate the variety of ways in which heat can be generated and moved from one place to another. Explain the direction the heat moved." This activity can be used with gifted students by allowing them to observe another candle burning in a bowl with no water present. The students can then compare and contrast the differences in the candles and the way in which they burn, and make inferences about why they believe the candles are different. This activity can be used with older age groups in the same way. The older students may be able to light their own candles as they work in groups, while still monitoring their progress.
    • Susie Beesley
       
      How cool is this! I definitely want to try it!
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    Students watch a candle burn underwater, due to the quality of absorbing heat energy in this fun activity! Be sure to very closely supervise students.
Ashley Stewart

Building the Best Bridge | Education.com - 1 views

    • Ashley Stewart
       
      The Design Process: Identify a need or problem to be solved; brainstorm potential solutions; document the design throughout the entire design process; select the most appropriate materials to develop a solution that will meet the need; create the solution through a prototype; test and evaluate how well the solution meets the goal; communicate how to improve the solution. This activity can be modified for gifted students by having them record their predictions, as well as measure how much weight each bridge held. The activity can be adjusted for younger grades by having them design only one bridge, rather than several. It can also be adjusted by providing specific materials for the younger students, rather than giving them a wide variety of choices for materials.
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    Students use various materials to build and design the best possible bridge. The goal is to build different types of bridges using different materials and testing the strength of their bridges with various objects.
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